Looney Tunes Balloon Recipe
Ingredients
Preparation Fill the basket with Styrofoam. Cut one foot squares of colored tissue paper and place corsage pins in the middle of the squares. Cover the Styrofoam with these tissue paper squares by sticking the corsage pins into the Styrofoam. The tissue paper should create a fan shape, place these closely together to create a full festive look. Blow up 5 five inch balloons and tie to the cups and sticks. Blow up five 260 Twisty balloons and tie (two of the five being green balloons). Take the two green 260 twisty balloon and bend to create two leaves. Insert one leaf on each side of the basket. Insert the three remaining 260 twisty balloons in the middle of the basket about 1 ½ feet high. Insert the five inch balloons around the 260 twisties at different heights and angles. Make a bow for the front of the basket by twisting a red 260 twisty to form a bow. Tie the bow together with curling ribbon and then tie the bow to the basket. Glue or tape a 18 gauge floral wire to the back of a napkin and insert the bow to the basket. Place party horns at each side of the basket. Float three Looney Tune helium filled balloons treated with Super Hi-FloatO from the basket by tying them to the basket or by pushing the weighted bouquet into the Styrofoam. Time: 40 Minutes Materials: $10.00 Suggested Retail: $30.00 Recipe designed and created by Dottie Blanchard. |
Wedding Elegance
Balloon Recipe Ingredients
Preparation Fill bag to top with foam blocks. Inflate the 5" balloons to 3" and tie and attach to the cups and sticks. Cut 16 one foot lengths of tulle and use to tie a bow on each side of the cups. Insert the first balloons into the center of the foam blocks using a 16" stick. (Reduce the stick length of the remaining balloons as necessary to achieve the distribution of balloons as shown in the picture.) To make the gold leaves, cut gold foil in the shape of a leaf (about 7" long). Using 1/2" clear tape, attach a piece of 18 gauge floral wire to the back of the leaf for strength. Insert leaves in a "sunburst" pattern around the center balloons. Insert ting-ting into foam block. Distribute between balloons as desired. Make two gold honey-comb bows and insert one bow in front and one in back of the arrangement. Cover any exposed foam blocks with white tulle and foil paper and fasten with corsage pins. Use Hi-Float to thinly coat the inside of up to six uninflated heart-shaped balloons. Fill 11" heart shaped balloon with helium. Tie white tulle at the neck of the balloon, leaving approximately a two foot tail. Attach a weight (such as a metal washer) to the end of tail and drop into arrangement. Recipe designed and created by Dottie Blanchard . |
Candy Kisses Balloon
Recipe
Create and display this "Candy Kisses" bouquet in your store in January to generate increased interest in everyday "love" sentiments. Featuring the new HERSHEY'S KISSESTM Balloon from Qualatex®, it's also perfect for promoting Valentine's Day gifts and deliveries.
Preparation 1) To stuff the 16" Diamond Clear balloons with the 6" Red, White, and Pink Hearts, first inflate the 16" with helium, but do not tie. Place an uninflated 6" Heart over a straw or small dowel and stuff into the 16" balloon, inflate the Heart, and tie while plugging the 16" closed. Repeat until all have been inflated. Finally, replace any helium lost from the 16", tie, and attach ribbon. 2) To create the Heart "collar" on the 16", first inflate the four 6" Ruby Red Hearts and tie in pairs. Twist two pairs together to make a four-balloon cluster. Wrap the cluster onto the neck of the 16". 3) Inflate remaining balloons with helium and attach to ribbon. Attach each balloon in the bouquet separately to the tin box and adorn with a bow.
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Roses Are Red Balloon
Recipe
Valentine's Day sales will bloom with this "Roses Are Red, My Love" bouquet of balloons featuring the new "Red Rose" Helium Shape from Qualatex®.
Preparation 1) For the base of the bouquet, tape or glue weight inside the design dish. 2) Glue floral foam inside design dish. 3) At the base of the bouquet, the Diamond Clear Heart has magically been stuffed with a Fantasy Rose made out of balloons. To make the Fantasy Rose, cut off the top half of the necks of three 11" Round Ruby Red balloons. Secure the first balloon to a floral pick with floral tape, rolling what was the neck end of the balloon. Then add one balloon at a time, covering the previous balloon, and tape in place. Once complete, cover the pick with floral tape. 4) Place the Fantasy Rose into an empty water tube and insert into the uninflated Diamond Clear Heart balloon. Inflate the Heart with air, then grasp the neck of the Heart, pull it down around the water tube, sealing the balloon, and secure with duct tape. Insert the water tube into floral foam. 5) Attach each balloon in the bouquet separately to a floral pick and insert into the side of floral foam at an an angle. (Note: Do not insert pick straight up and down into foam. The lift of the bouquet may cause pick to pull out.) Insert onion grass into floral foam. 6) Finally, "fill" floral foam with foil squares. To fill, fold a square over the eraser on a pencil and push into foam. You can also dip squares into glue, prior to insertion, for increased hold. |
New Year Pizzazz
Balloon Recipe
New Year's sales will be a dazzling success with Qualatex®. This "New Year Pizzazz" bouquet is great for deliveries, centerpieces, and decor! Ingredients
Preparation 1) Glue weight and floral foam to the inside of the design dish. 2) To make the confetti-filled 16" balloons, add HI-FLOAT to the balloons. Insert a funnel into the neck of a 16" balloon and blow to open up the balloon. Pour in confetti and glitter, remove funnel, and inflate with helium, blowing the jet of helium into any areas where the confetti bunches up. Tie balloon. Repeat with second 16" balloon. (NOTE: Always wear protective eyewear when inflating confetti-filled balloons.) 3) Stuff the 16" balloons with two of the 11" Stars-A-Round" balloons. Take an 11" balloon and slip it over the end of a straw or dowel. Insert the 11" inside a 16". Helium inflate the 11", and while tightly grasping the neck closed, further inflate the 16" balloon, then tie both balloon necks together. Repeat until all "Stars-A-Round" balloons have been stuffed. 4) Add balloon "collars" to the 16" balloons. Inflate one 5" Gold and one 5" Onyx. Black and tie together to make a duplet. Repeat with a second 5" Gold and 5" Onyx Black. Twist the two pairs together to make a four-balloon cluster. Wrap the cluster onto the neck of the 16". Repeat for the second 16" balloon. 5) Attach each balloon in the bouquet separately to a floral pick and insert into the side of floral foam at an angle. (Note: Do not insert pick straight up and down into foam. The lift of the bouquet may cause pick to pull out.) 6) Air inflate the 5" Diamond Clear and the last 5" Onyx Black and attach to CUP-N-STICK balloon holders. Spray with gold glitter paint and insert into floral foam at base. 7) Air inflate the 4" Citrine Yellow Microfoil Star, attach to a CUP-N-STICK and insert into floral foam. 8) Insert ting-ting, ribbon, and foil squares into foam. To insert the foil squares, fold a square over the eraser on a pencil and push into foam. You can also dip squares into glue, prior to insertion, for increased hold. Photos and instructions courtesy of Qualatex® . The bouquets above are available on postcards as part of the Qualatex "The Very Best Profit Kit" . The Profit Kit also offers a 12-month Profit Planner, balloon samples, and more! |
Love
Connection Topiary Balloon Recipe
Air-filled balloon topiaries make simple, quick, and versatile centerpieces that offer great profit opportunities! Once you've mastered the basic topiary technique, you can let your creativity flow to create original works of art and personalized designs for your customers. This topiary is perfect for Valentine's Day, as well as everyday love and anniversary celebrations. Ingredients
Preparation To Make a Basic Topiary: 1) Inflate two 5" balloons (or 6" Heart balloons) and tie together to make a "duplet." Repeat to make six duplets. (NOTE: Use balloon sizing templates to ensure all balloons are the same size. Improperly sized balloons will make the topiary look sloppy.) 2) Twist two duplets together, intersecting at the knots. 3) Add the next duplet, bringing it right through the middle intersecting knots, and continue with the remaining duplets until you have a beautiful sphere of 12 balloons. 4) Tape the large washer inside the design dish 5) Turn the design dish upside down and cool glue the pedestal to the design. 6) Stretch a 5" balloon over the top of the pedestal to create more surface for the cool glue and to soften the edge so balloons won't pop. Cover the stretched balloon with cool glue. 7) Strategically place the topiary sphere on top of the pedestal. 8) Accent as desired. To Make the Love Connection Topiary: Follow instructions for the basic topiary. Then, air inflate the two remaining Heart balloons. Cool glue one to the base and one to the pedestal. You can conceal the knots of the balloons with ribbon. Accent with silk leaves. Secrets
to Topiary Success:
1) Use 12 balloons. 2) All balloons should be sized exactly the same - use sizing templates. 3) When adding duplets, bring them through the middle of the topiary sphere each time. 4) When tying duplets, make knots as close to the ends of the balloons as possible. 5) Place a 5" uninflated balloon over the top of the pedestal to create more gluing surface and to prevent balloons from popping on sharp edge. 6) Add visual weight to the base to balance the top - ribbons, balloons, floral products, and other small elements that coordinate with the theme. These elements increase the perceived value of your design. 7) Whatever elements you use in the top of your topiary you must also use in the bottom. 8) Keep it simple. 9) Give your topiary a great name! |
Hog Wild Topiary
Balloon Recipe This Hog Wild design illustrates how with just a few simple tricks, the basic topiary design can be turned into a cute, clever and personalized centerpiece. It's perfect for everyday deliveries to pig lovers, and can be used for farm-, barbecue- and animal-themed celebrations. With a few alterations, this topiary can easily be turned into a bunny, a dog, a sheep, and other animals. Ingredients
Preparation Follow instructions for basic topiary, then follow instructions below: 1) To make the eyes, under inflate two 5" Onyx Black balloons to 2", tie closed, and glue in place. 2) To make the snout, under inflate a Pink 5" balloon to 3" and tie. Push the neck end of the balloon through the body until it reaches the other side. Grab the neck (through the balloon) while still holding the balloon with your other hand. Twist three times to wrap latex around the neck into a ball, and tie a piece of ribbon around the ball to secure. Glue in place. 3) Glue a small piece of foam wire for the tail. 4) Underinflate the last two 5" Pink balloons and cool glue to the base. 5) make a heart shape out of foam wire and cool glue to the base. 6) Add ribbon and raffia to conceal mechanics and accent as desired. Topiaries designed by Linda Bruce, CBA. Photo and instructions courtesy of Balloon Images magazine, a Qualatex® publication. |
Top Teacher Balloon
Recipe Three GEO Donut balloons have been cleverly turned into apples, complete with balloon worms sticking out of them. A coordinating mug filled with pencils and a button, and accented with a balloon apple made from a 321Q balloon, holds down the bouquet and will always remind the teacher of this special gift. This bouquet of balloons really makes the grade with special teachers. It's perfect for National Teacher Day , 1998! Ingredients
Preparation 1) To make the stem and leaf portions of the GEO Donut apples, partially inflate an Emerald Green 260Q balloon with air. While holding the end closed (to not let the air out), bend the inflated portion to make a curve (the leaf). About 4" from the top of the inflated portion, twist several times to create a straight stem. Wrap the uninflated portion of the balloon around the inflated portions and knot closed. Trim off any excess of the balloon. Repeat for two more stems. Set aside. 2) To make the worms, inflate approximately 1/3 to 1/2 of an Emerald Green 260Q. Wrap the uninflated portion around your hand. (The tighter the balloon is wrapped, the smaller and tighter the curl for the end of the worm will be.) Inflate the rest of the 260Q and knot the end. To make the worm's head, grasp the end of the straight portion of the 260Q about an inch down, and twist several times to create a bubble. Repeat for two more worms. Set aside. 3) Insert a worm through the middle of an uninflated Ruby Red GEO Donut. Inflate the GEO with helium, knot closed, and tie to ribbon. Repeat for two more "apples." 4) Glue stems to the tops of the GEO Donuts. 5) Air inflate the 9" Microfoil balloon, attach to a CUP-N-STICK balloon holder and insert into mug. 6) Insert pencil, button, and shred into mug. 7) Helium inflate remaining balloons, attach to ribbon, and tie each balloon separately to the mug. 8) To make the small apple at the base, air inflate a Ruby Red 321Q balloon to 4 inches and tie. Hold the inflated balloon in your left hand with the black stem pointing to your left and the knot pointing to your right. Place your right index finger on the knot and push the knot all the way through the inflated balloon. Grasp the knot firmly with your left hand and carefully remove your right index finger. Twist the balloon several times at the point between the knot and the inflated balloon. Push the knot into the balloon and release it. 9) Cool glue artificial leaf to 321Q apple and glue apple to mug. Photo and instructions courtesy of Balloon Images magazine, a Qualatex® publication. |
Halloween Buffet
Balloon Recipe Ingredients
Preparation 1) To make the base, cut a circle out of cardboard. (Can use a compass, or trace around the outer edge of a trash can.) Cover with mylar shred. 2) Helium inflate the 11-inch and 16-inch "Jack-O'-Lantern" and 11-inch "Ghosts" balloons and tie to ribbons. Gather all four of the 11" "Jack-O'-Lantern" balloons in your fist and pull down tight on the ribbons to get all four balloons even and resting on your fist. 3) Repeat step 2 with the four "Ghosts" balloons and snuggle them into a layer of the "Jack-O'-Lantern" balloons. 3) Air inflate the "Ghost - Two Faces" and the "Pumpkin - Friendly Face" shapes, the curly 260Qs, and the miniature balloon pumpkins, and cool glue to the base. To make the curly 260Qs, tightly wrap an uninflated 260Q around an object approximately 1 1/2" in diameter (such as a pole or broomstick). The tighter the balloon is wrapped, the smaller and tighter the spiral will be. Fully inflate the 260Q with air and knot the end. Slip the inflated balloon off the pole and cool glue to the base. To make miniature balloon pumpkins, air inflate a Mandarin Orange 321Q/Bee Body balloon to 2"" and tie. Hold the inflated balloon in your left hand with the stem pointing to your left and the knot pointing to your right. Place your right index finger on the knot and push the knot all the way through the inflated balloon. Grasp the knot firmly with your left hand and carefully remove your right index finger. Twist the balloon several times at the point between the knot and the inflated balloon. Push the knot into the balloon and release it. |
Strawberry Basket
Balloon Recipe Ingredients
Preparation To make the strawberries, double stuff the Polka Dot balloons inside the 11" Ruby Red. Slightly under inflate with air. Inflate the 260Q balloons, twist together in pairs, and glue to the tops of the strawberries. Place the strawberries in a ribbon-trimmed basket and glue in place with a cool glue gun as shown. Air inflate the 6" Ruby Red Heart balloons, tucking them into any gaps, and glue in place. If using the basket as delivery, personalize it by adding a helium-filled Microfoil design. A card to go along with this delivery might read: "Thanks so berry much." "I love you berry much." "Have a Berry Sweet 16th." "Roses are red. Violets are blue, Strawberries are sweet and so are YOU!" (If you look at our Ice Cream Cone and Christmas Tree balloon sculptures in our consumer section, you will see that clusters are used frequently in balloon decorating. They are used to form the key elements n balloon decor: columns, arches, and swags. From these elements, the foundations for an unlimited number of designs can be created, including people, animals, fruit, balloon walls, candy canes, etc.) DOUBLE STUFFING Double stuffing is taking two latex balloons of the same size but different colors or printed designs, and inserting one inside of the other before inflating.
(When finished, the inner, knotted balloon neck can be concealed by the outer balloon neck.) Design by Linda Bruce, CBA. Photos courtesy of Balloon Images magazine, a Qualatex publication. |
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"CLOUDBUSTERS"
'There are 17 +- photos on this page....it will take a moment to load."
THE EFFECT:
HOW YOU GET IT :
Over inflate your balloons (in this case, a Qualatex 4') to stretch it (if it's got a defect, you want to know now !) It also makes it easier to re-inflate later.
This is a common PVC plumbing fitting (4 1/2") Print this image and show it to your hardware guy. It's actually a sewer pipe coupling.
This is a two person task. Stretch the entire neck with both hands as far as you can. The second person will insert the fitting as shown above, using primarily downward pressure. Get the entire neck of the balloon onto the fitting.
Next, attach a piece of surgical tubing (or something similar) to your air source.
( That's Ed....one of our students from Saipan )
After inserting the tubing, insert a PERFECTLY SIZED 4 1/4 " balloon.
Inflate to 60% or so. The PERFECTLY SIZED balloon will block the flow of air. It should rest on the inner edge of the ridge.
Continue to insert balloons using a slight "screwing" motion. Insert each balloon beyond the ridge. If you lose to much air, it is easy to re-inflate and go again.
We often put as many as 150 in each.
This is an electric match. It has two small wires that will be attached to a length of lamp cord and then to the balloon using a piece of clear tape about 3 " long. Make sure the matchhead is in contact with the balloon and at least 1 foot below the neck area. The electric match has a white line on one of it's wires. The lamp cord will have a rib on one wire ( the other will be smooth). Maintain consistent "polarity" by always connecting the white line wire with the ribbed wire.
You then connect other balloons to the same lamp cord, We have had best results when we connect no more than 4 balloons per power source. The power source is a 25.2 volt 2 or 3 amp transformer that is then plugged into the wall. You can use a switch set-up or just insert the plug and BOOM !! Confetti can be added (but the venue may not love you) as well as certificates, money, etc. Be aware that you will be dropping this on people's heads. We don't recommend making these from larger balloons because big chunks of latex can be painful !
Cloud 9 Cluster
Balloon Recipe
Preparation
Decorating Suggestions and Tips To attach ribbon, tulle or other decorative swags, slide ribbon into lower balloon cluster. Pull ribbon through and cut to desired length. To create a canopy, first make the desired number of Cloud 9 clusters and position them where appropiate. For canopy groupings with a central cluster, use clear 16" for the middle of the arrangement. Pre-measure the amount of ribbon or netting (or both) needed between clusters to create the desired swag effect. Feed ribbon through the lower balloons in each cluster, leaving about 1½ feet of ribbon tail to hang below each cluster. Then feed all ribons to center cluster and let the ends drape through the middle. This completes the canopy arrangement. Securing Cloud 9 Clusters can be done in several easy ways. The photo on top demonstrates how helium-filled balloons are secured with monofilament lines anchored to the floor or table. Another way is to suspend air-filled Cloud 9 Clusters from the ceiling with a clear filament tightly attached to the knot of the top center balloon in each Cloud 9 Cluster. Also, you can knot the filament around the bottom cluster to suspend the Cloud 9 Cluster upside-down. Be creative! Experiment with different quantities of Cloud 9 Clusters, colors and swags. Clusters are best created with a single color balloon, but can be grouped with clusters of other colors. Also, for added texture in large groupings, try using colored 11" balloons. Let your imagination go to work! |
SINGLE ARCHES (String of Pearls)
1). Begin holding the balloon in this position 2). Stretch the neck and wrap around the line
3). Complete the "two finger tie" and space the balloons evenly along the line. Don't slide quickly or they will burn.
This is a simple process and as always the trick is speed and uniformity. Use an auto-sizer and a stick to measure spacing.
SPIRAL CLUSTER ARCHES (AND COLUMNS)
This page has a lot of images and may take some time to load. They are low resolution images and are not meant to be for anything but instructional use. Besides, I'm a lousy photographer !!
Begin by over inflating (stretching) the balloons before sizing them in the "holey box".
Consistent sizing is an absolute must !!
Tie 2 balloons together to form a "duplit". Use your forearms and thighs to aid in the tying.
Twist together 2 duplits to form a :
Four balloon cluster.
After tying one end of your string (twine, fishing line etc.) to a solid object, wrap the string several times into the cluster. The other end of the string is free. Make sure to leave several feet of unused string for tying later.
It takes some practice to get the 2nd cluster properly situated. Some people find using a wall to be helpful. When the second cluster is in place as shown above, wrap the string around the 2nd cluster making sure that the clusters are pulled firmly together.
While pinching the string with the balloons in the center, wrap at least once around each color to prevent loosening later.
The rest of the clusters will go on quite quickly....make sure to push each cluster firmly (with consistent pressure) into the cluster before it. DO NOT SLIDE THE CLUSTER AGAINST THE STRING !! It will burn the balloons and create a pinhole that will cause the balloon to deflate right after you leave the building !! Press on the cluster, pinch it to the string and wrap it.!!
When you reach the end, simply hold a loop in the line and pass the line back through it to secure the end of the unit.
Jesse has prepared a "head piece" for the top of a spiral cluster column.
After setting it on top of the column, he will wrap the string into the clusters to hold it in place.
Now, to prepare the frame, he is attaching a piece of 1/4 inch aluminum rod to a balloon stand using duct tape.
With the second stand attached in a similar fashion, Jesse holds the frame above the spiral while Charlotte pushes it gently down into the balloons.
With the frame fully inserted, the stands can be placed upright and Voila !! An arch. It is easy to move about and quite durable. Not to worry if you break a balloon or two :
Repairs can be made simply by tying a new balloon (properly sized) onto the remains of the broken balloon. Sometimes it helps to cut away most of the dead balloon. This tie may take some practice.
The finished product complete with lights, cobwebs, and spiders.
One of many uses for the columns.
There are many variations on the standard arch. We have found this method to be reliable and very fast. If you have improvements on this procedure, e-mail them to me. We hope that this has been of some help to you.
CUSTOM THEME WALLS
Ingredients : Balloons, rubber cement, and a few feet of fishing line.
Step 1. Design it on paper. If it's going to be "inlaid" or a combination of "inlaid" and "overlaid" be careful in the designing because the "inlaid" portion will dictate the overall size and proportions. In the beginning you may find it easier to deal with "overlaid" designs on simple backgrounds. The picture above is a good example of this style. Design the inlaid portion on 1/4" graph paper (1 square = 1 balloon). Warning: The tendency of these things is to grow and grow. Make sure it will fit in your intended location. Practice with a small chunk and measure the distance covered per balloon. Determine how many balloons you will need.
Step 2. Inflate the balloons almost to the bursting point and allow them to relax to a point of about 1/2 full. For 11 inch balloons this would be no bigger than about 8". You will find that they will be very durable after this process. Any size balloon can be used to build the wall depending on your needs. Obviously you can get much greater detail out of 5" balloons. Warning: Sizing must be perfect. Use a Holey box.... auto inflators are not needed.
Step 3. Cut some strips of cardboard about 10" long and 1 1/2" inches wide. Cut with the grain of the cardboard.
Step 4. Pour about 1/8 cup of rubber cement (available at any office supply) onto a glass or ceramic plate. Warning: Rubber cement is flammable.
Step 5. Position yourself on the floor next to a wall so you can use the wall and floor to help you get started in a strait line.
Step 6. Use the cardboard strips to apply rubber cement to the side of a balloon in a more or less circular pattern just slightly bigger than a silver dollar. A small amount is plenty, evenly distributed so that drying is rapid and uniform. The balloon is sitting on the floor with the stem pointing up. The cement is halfway down the side. You then press another balloon up against it (cement is not needed on the second balloon) in the same position using the wall to get started in a strait line. After you have a line of 10' or so, begin the second line. ( if you are making a long wall, build it in manageable and transportable chunks, and put it together close to the installation point) The second line is critical. Attach the first balloon of the second line to the balloon above it, and then attach the second balloon to the one above it. With your patch of cement on one balloon or the other, position the 2 new balloons so that the "diamond" formed in the gap is equal on all sides and stick them together. This may sound complicated but with just a little practice, you'll be amazed at how fast it can go.
Step 7. Put on the overlay items, (usually made in a similar fashion out of 5" balloons) sometimes it's best to affix the overlays as you assemble the "chunks". If you have someone with very small feet they can walk in the "diamonds". Although you may break a few balloons along the way, (they are easily replaced) you will find that these walls are surprisingly strong and durable. We recommend prefabing the chunks and overlay pieces no more than 4 days in advance and keeping them cool and in the dark. You'll find that it is not at all expensive to rent an enclosed truck to haul the "stuff" to the venue.
Step 8. Rig it. This specific type of glued wall is best for hanging next to a wall. With minor changes they can be hung in the middle of a room and made to look good from either side. You will need one tying point for about every 6' of wall. These tying points need to be positioned so as to allow the wall to hang flat and even. Key to this is to have the outside rigging points just slightly (6"-12") beyond the limits of the balloon wall itself. Run fishing line (25 - 30 lb. test is fine) through your rigging points and back down to the top portion of the balloon wall. Tie the wall (using the stems on the top or second line) to the lift lines. Slowly take up the slack on the lift lines as a couple of people gently lift the wall. (This process takes several people. We have always grabbed a few volunteers from nearby.) It only takes a few seconds to get the wall into position and level. Tie it off. Simply cutting the lift lines makes it easy to dispose of after the event. This is easily done by the venue staff and can help avoid you returning to break down the deco.
ALSO : You can fill the "diamonds" with glued 5" and achieve a nice effect.
Try to avoid places where the wall will be "backlit".
The photos below are of walls made with the "glued in the crotches" technique. It is a good way to have less "showthru" spaces. It is also less flexible and therefore more fragile.
I hope these instructions are useful to you. This is my first attempt at writing out this sort of thing. Please e-mail me with your comments and suggestions. Let me know if you need clarification on any step. I expect you may soon improve on these techniques.
Mitch wrote:
My question on those instructions, is: What you're saying in effect, is
a) build it backwards Line up against a wall put a balloon against the wall, rubber cement it on side, attach another balloon next to it
continue until at end of section build 2nd row, cementing EXACTLY in same places continue until at desired height
Then decorate it on top with the names..??
Response: I think you've got it. It will take some practice to get the right amount of rubber cement for quick drying. If you are doing an inlay, remember that you are building it "reversed" since the stems are up. What you will see as you build it is kind of a "mirror image". After you design it on graph paper, Turn the graph paper over and look at it from the back side as you build it……when you turn the wall over, the letters will be correct. Make a small one for practice ….it gets easy soon. Watch to see that the diamonds are equal on all sides and it will look great.
by Greg Dailey
260's are hard to make. This is how the mechanical action of making the 260 affects the final product.
Making a 260 involves dipping a mold (the same shape as the inside of a 260) into liquid latex. Once they're dipped in liquid latex, they are not allowed to cool. The dipped forms go through a vulcanizing oven, the nozzles are rolled, the balloons are washed, and then they're allowed to return to room temperature and pulled off the mold.
How the latex runs on the mold as you pull it out of the liquid affects the eveness of the wall of the balloon. As you pull the mold out the viscous latex is going to run a little or a lot but it is going to run.
If the mold hangs straight down, the wall of the 260 is thinner at the top, thicker at the bottom. The nozzle will be weaker and fatter, the end of the balloon will be stronger and thinner. If the mold hangs straight down as it dries the balloon will blow up straight.
If the mold is turned over as the latex runs, the wall is more even from end to end but one side is a little thicker than the other. This 260 balloon will blow up with a curve. The drip that collected on the end of the mold as it came out of the latex runs down one side a little way.
When you blow up a 260 you can tell how it was made. I assume the older balloon making equipment let the mold hang straight down. Mechanically it is less expensive. To make balloons that are more even from top to bottom a manufacturer has to invest in fancy and expensive equipment. To make a really good 260 the mold would need to spin as it turned over. This would give the best chance at an even walled 260. Twisters are a niche market. No one has gone to the expense, yet.
The quality of the raw latex, how well it has been cleaned, the amount of vulcanization, the type of color and finish, the kind of powder, the changing temperature and humidity during manufacturing all combine to make every batch of balloons different. How well the manufacturer balances the elements with the tools he has determines his consistency.
Each balloon mold is the shape and size of the uninflated balloon. For example, a balloon mold for a round balloon is shaped like an inverted light bulb. The molds are arranged into rows and dipped into liquid latex in assembly line fashion. The latex at the top (thin) end of the mold becomes the "lip" when it is rolled down (toward the wide end) by a device which looks like a small motorized brush. As the rows of molds progress down the line, they pass between rotating, cone shaped brushes that are positioned horizontally, one on each side of each row of molds, pointing at the approaching molds. The brushes turn in opposite directions and are positioned so they touch the molds on each side. The point of the brushes start rolling the lip, and the lips continues to form as the row of molds moves along the line from the point to the larger end of the brushes. This occurs while the latex is still uncured, just before it is vulcanized.
Balloons are made one color at a time. After stripping off the molds, they are counted by weight with special precision scales (different colors have slightly different weights) then packaged. Most entertainer balloons are packed 144 to a polybag.
For assorted colors, a batch of equal quantities of the colors to be assorted are tumbled together, then counted (by weight) and packaged. Because of the tumbling process, there will not be an exact division of colors in each polybag. In fact, you may have received assortments which seem to have too few or too many of certain colors. If you need a specific color, it's best to buy a solid color bag. If every assortment included a hand counted precision mix, the handling cost would make the assortment too expensive.
I don't assume to speak for Qualatex. but this is how I've decided to think about the pricing.
It seems logical that not mixing colors would make for one less step in manufacturing but there is more to it than that. I understand the difference in price to be due in part to the price of the coloring agent. Some colors are more expensive than others. The Standard Colors of 260Q (White, Pink, and Light Blue) less expensive than the Jewel Tone Colors. Solid bags of White, Pink or Light Blue are the same price as a bag of assorted.
A product that you sell a lot of can be priced lower than one that you sell a little of. Consider assorted 260Q's and solid 260Q's separate products (Separate bags, separate storage, separate inventory) and look at volume and pricing. They can afford to lower the price of the Jewel Tone (a large part of the assortment) to the Standard Color price because of volume. You could look at getting such a large percentage of Jewel Tones in the assortment at the Standard Color price as a deal. Or not.
The man who invented and patented the Geo, Ron Prater from Indiana, made all his prototype balloons at home, and vulcanized them in his kitchen oven (of course, his dad was a chemist at Pioneer Balloon Co, so you could say that there was some balloon making knowledge in the family to start with...). I have a newspaper article (that was reprinted in a clown magazine) which discusses this.
Regarding making balloons at home - I've watched the hand dipping process and it's a snap One good person with a few hundred dollars invested could make a gross in about 12 to 16 hours. At that rate, the cost would be prohibitive. - Marvin
Printed latex balloons are inflated while the printing takes place, screen printed, then deflated, drummed in rotating industrial dryers to shrink them back to "like new," and packaged. This is why printed latex balloons are so much more expensive than unprinted balloons.
I just called Pioneer and they do not imprint on non-round balloons like the 260's and 350's because they are too small. Perhaps though, independent printers can do this for you.
The concept and technology for the "metalization" of plastic sheeting that has given us foil balloons comes directly out of the NASA Space Mission. By the way, all of us sculptors should stop referring to foil balloons as Mylar (a trademarked name for a certain type of polyester film) balloons. The balloon industry refers to them as "foil" balloons, because they are made of nylon sheet, coated on one side with polyethylene and metallized on the other. It's evidently so much harder to make balloons out of aluminized Mylar (and probably so much more expensive) that nobody does it.
I started using the first letter of the manufacturer after the 260 to help describe the balloons in my catalog. I think the term '260Q' was first published in my catalog.
Rather than describing each type of balloon, here is a quick explanation on how to interpret a balloon's name.
Long skinny balloons are initially identified by a two-part, three- digit, number (example: 260). The first digit indicates the diameter of a fully inflated balloon in inches. The following two digits refer to the length of the fully balloon inflated (also in inches). So, our 260 example is two inches wide and sixty inches long, when fully inflated. (Well, in theory this is what it should be, in actuality you'll notice a large variation. Even within the same package you'll find that different colors inflate to different sizes.)
In addition to the three-digit number, a letter is usually included in the name of the balloon. This letter will generally stand for the first letter in the name of the balloon manufacturer of the balloons. However, some manufacturers will use the letter to describe how thick the balloon is (as an indicator of strength and difficulty to inflate).
A list of long, skinny balloons would include: 130, 245A, 250D, 260Q, 260A, 260E, 260P, 280D, 312S, 315S, 350Q, 360, 360P, 418S, 524S.
Those balloons not classified as 'long and skinny' are identified by a single number that refers to their diameter, in inches (example: 6-inch heart). These types of balloons include rounds (your standard 'party' balloons), hearts, and geo's.
The colors are pretty good, although the palette is limited (sky blue, yellow, red, light green, dark purple). They twist nicely, and have lots of extra length to play with in proportion to the usual 260. The size of the resulting creatures is really nice, too. They fit comfortably in one hand, and seem to be more stable than similar creatures made from a 260. I'll definitely have fun playing with these.
What to do with welded (260) balloons
What to do with those clear 260 balloons
In this kit, the balloons are a 2 chamber foil-balloon packaging system where the gift is lodged in the inner chamber, and surrounded by the inflated outer chamber. You place your gift inside, seal it yourself, and then inflate the outer chamber through a small straw. Christmas patterns, 2 sizes, 5 balloons for $9.95 (possibly with additional shipping charges).
/\_/\ { @.@ } \_~_/ Y
It is the only kitty-head I have seen with pointed ears. Then attach a standard animal body. If you want to hide the joint where you tie on to the body, you can make a leash or collar. Another way of hiding the joint and creating a collar is to tie together the knot of the head and the knot of the body. Now do a small tulip twist in the body. Presto - you have hidden the joint and it doesn't ruin the look of the model.
Well, I "borrowed" a set of sample gloves here at the hospital, and now present my results:
I then spoke to Debbie Bear, she said: Maybe they can do a bulk package, if someone (a retailer) says they'll order a lot (like in the thousands). Her reasoning was that there isn't a demand for them. I tried to explain the there could be, if the cost weren't prohibitive. She said she'd drop it in the suggestion box. And we all know what that means...
Drawing Power
Intrinsic Value
Size
Tie Me up, Tie Me Down
Balloon Business: Quick-Fixes
Emergency First Aid
Money Issues and Barter
Novelty Items
Twisting Other Materials
I travel extensively through the interior of Papua New Guinea visiting very small villages. Most of the people in these areas saw their first white man within the last 30 years! What an 'ice-breaker' balloon sculpting has been! I am received warmly and appear to be trusted instantly! Even the chiefs insist on the biggest, most colorful hats! I spend at least 3 - 5 hours at every village making hats and animals.
Balloons have helped me to approach and speak with natives when traveling abroad. (Once I attracted a mob that was broken up by a man with a machine gun. That taught me not to get out the balloons unless I had the time and resources to make one for every kid there.)
The drawing power of balloons has always amazed me!
It is a possession and instant gratification thing that is very strong. If they think they will get a balloon and don't they are disappointed, no matter how entertaining the show is. In fact, if the audience has lined up for balloons, things that slow down the line become an irritation. Like taking a long time making something special for one person when 30 people are waiting or repeating bits that may have been funny the first time but this is the third time and they have been in line for 20 minutes and they are about to miss their bus. They want the balloon.
'Round' balloon artists use 11" or 9" balloons attached to lightweight aluminum rod or conduit frames (or netting attached to such frames) to create 'round' balloon sculptures, including bird cages, Eiffel Towers, city scapes and many more.
Royal and Patty Sorrell's IBAC sculptures were self-supporting. An impressive aspect of their Dragon (see photo section) was that it was all twisted latex: no balloons attached to netting draped over a metal skeleton. Here, form was truly in harmony with structure. This sculpture stands about 10' high and has no framing and no monofilament. The only glue is holding the gossamer fabric to the wings, this fits our definition of a 'pure' sculpture. (There are round balloons inside the dragon to fill him out and support the exoskeleton... if he were hollow, he would collapse under his own weight.
... a child is told say thank you and the child looks you in the eye and gives a tight-lipped baby style kiss right on the lips of the balloon animal you just made.
... you meet up with kids from another country who have never seen a balloon hat or animal before and YOU are the one who gets to show them this wonderful art for the first time.
... a child brings back a balloon that you made for her over a month ago... and for some reason it is STILL in perfect condition, well, as perfect a condition as it can be after THAT long.
... a child comes in after not having seen you for at least a year and STILL knows what you look like.
There was no sense of possessiveness or "That balloon is mine." I'd get a request for a hat or a dog by one child, but very soon it would be in the hands of another, with no tears or discussion. Two boys were sharing a sword, passing it back and forth and giving each other ideas with it.
Everything was going very well. Then one balloon POPPED!! Lots of exclamation of surprise, but I went back to twisting. Pretty soon I began to realize that most of the balloons had disappeared. I caught site of a young boy, running off with as many balloons as he could carry. Turns out he was storing them all in a special room - to protect them and save them all for later.
It was very difficult to make them understand that most of these balloons were transient items and best to be enjoyed in the present moment.
I didn't have a clue either. The background information is:
So the odd one out was Pre une Ecklang as the others had all been up in balloons, but only part of Pre had.
it's spring and the goat-footed BalloonMan whistles far and wee
The response deals with how a balloon breaks. The explanation: "Here are two big words: tensile cohesion (TEN-sill co-HE- shun). They mean *stretchy strength*. Balloons break when they get expanded beyond the limits of their stretchy strength."
Then they give the kids two experiments (demonstrations) to do at home: blowing up a paper bag until it pops (to illustrate air compression and the related explosion), and what appears to be the needle through the balloon gag. Here's their run through:
"You Need: Balloon. Bamboo Skewer. Blow up the balloon and tie its end with a knot. Find the spot at the top of the balloon that is darker in color. Gently twist the skewer into the very top and out near the knot at the bottom. If you're careful, the balloon will not pop."
"The Balloon is made from latex, a substance that's built like long stretchy springs. When these springs get stretched too long, they snap and the balloon pops. The top and bottom of the balloon are like springs that are relaxed and are not pulling away. Everywhere else on the balloon, these *springs* are stretched tight near the limit of their strength-near the limits of their tensile cohesion."
Isn't science neat? The entire bit may be on their Web site: http://www.youcan.com
I have a friend I see in the park,
The man with the pretty balloons.
He's always cheery from dawn until dark,
The man with the pretty balloons.
He has red ones, blue ones,
Shiny bright new ones,
Cute ones that whistle a tune,
And all the day long
He keeps singing this song,
Balloons, Balloons, Balloons!
I was surprised when it was announced in my church newsletter recently that an event was to conclude with the release of hundreds of balloons into the sky. It took some doing to explain that what goes into the sky eventually comes back down to earth.
I'm not an active environmentalist, but I have been involved with my daughters Girl Scout troops for 10 years. We teach the girls to recycle, conserve and take care of Mother Earth.
Balloons released into the air often travel many miles before returning to earth, and their effect on wildlife can be deadly. Animal eat the balloons, which cause internal blockage and eventual starvation. They also get tangled up in the strings and, unable to free themselves, die a slow and painful death because they can't reach food or water. Also, balloons are not biodegradable. These colored bits of shriveled plastic you see littering the beaches are going to be there for a long time, if they don't get caught in some fish's throat first.
I read in my local newspaper that some states - New York, Connecticut, Florida, Louisiana, Tennessee, New Jersey, Kentucky, Virginia and California, have enacted laws specifically to curb or eliminate the release of balloons.
Abby, if you print my letter, you will be educating many readers who do not realize the potential harm they are causing when they release those pretty balloons. It would be so much better to keep them, and deliver them to a nursing home instead.
Friend of the Environment
Burnsville, Minnesota
Dear Friend:
I'm delighted to help you spread the word to my many readers who are committed to preserving our environment. We all should be.
"but this is all I could afford!
Instructions:
Happy Mother's Day"
The 1997 winner: Larry Waters of Los Angeles - one of the few Darwin winners to survive his award-winning accomplishment.
Larry wanted to fly. He purchased 45 weather balloons and several tanks of helium. Each weather balloon, when fully inflated, would measure more than four feet across. Larry securely strapped the balloons to his lawn chair. He anchored the chair to the bumper of his jeep and inflated the balloons with the helium. He climbed on for a test while it was still only a few feet above the ground. Satisfied it would work, Larry tied himself in, along with his pellet gun and provisions.
Larry's plan was to lazily float up to a height of about 30 feet above his back yard after severing the anchor and in a few hours come back down.
When he cut the anchor cord, Larry streaked into the LA sky as if shot from a cannon. He didn't level off at 30 feet, nor did he level off at 100 feet. After climbing and climbing, he leveled off at 11,000 feet. At that height he couldn't risk popping any of the balloons, lest he unbalance the load and really find himself in trouble. So he stayed there, drifting, cold and frightened, for more than 14 hours. Then he really got in trouble. He found himself drifting into the primary approach corridor of Los Angeles International Airport.
A United pilot first spotted Larry. He radioed the tower and described passing a guy in a lawn chair with a gun. Radar confirmed the existence of an object floating 11,000 feet above the airport. LAX dispatched a helicopter to investigate. Night was falling and the offshore breeze began to flow, which carried Larry out to sea. Several miles out, the helicopter caught up with him. Once the crew determined that Larry was not dangerous, they attempted to close in for a rescue but the draft from the blades would push Larry away whenever they neared.
Finally, the helicopter ascended to a position several hundred feet above Larry and lowered a rescue line. Larry snagged the line and was hauled back to shore. As soon as Larry was hauled to earth, he was arrested by waiting members of the LAPD for violating LAX airspace. As he was led away in handcuffs, a reporter dispatched to cover the daring rescue asked why he had done it. Larry stopped, turned and replied nonchalantly, " A man can't just sit around."
Let's hear it for Larry Waters, the 1997 Darwin Award Winner.
I use two balloons instead of three. I'm not sure the third balloon will make much difference.
To make a simple dog you would: Start at the looped end, pinch a small section for the nose, and unravel a small section of the helix behind it. With the loop that forms from the unraveled section, twist two ears. Then make another unraveled loop further down the helix and make two front legs. A third unraveled loop will make the final back legs, with the tail being the remaining section.
I have found that McDonald's straw wrappers are the best for animals (they are a little longer and more durable than the generic white ones). This is one of my favorite restaurant tricks and usually gets a good reaction. You make something that gets a smile with trash you would normally throw away. For bigger animals, a long thin strip of napkin also works.
pi * diameter * diameter * length 260Q Volume = ----------------------------------- cubic inches 4 A fully inflated 260Q is really 1.75" in diameter, and 50" long. 3.14 * 1.75 * 1.75 * 50 260Q Volume = ------------------------- = 120.3 cubic inches 4 1 cubic foot = 12 * 12 * 12 = 1728 cubic inches 120.3 260Q Volume in cubic feet = ------- = 0.07 cubic feet 1728
The problem is getting it in there in the first place!
The part of the true magic of the balloon is in the blowing. It has a person's breath trapped inside, to give it life. A pump does not take away the magic of balloons, but blowing them up by mouth adds to the magic.
Have you ever seen a mouth inflater at work? It adds an incredible amount of excitement to an event, even if he/she is far away. It is kind of like action and color in motion.
There are balloon pumps that make this task somewhat easier. If you are interested in balloon sculpting as just a hobby, a pump can be a great asset, however I strongly urge anyone who plans to use balloons in an act to learn to blow them up with his mouth. It looks much more impressive than using a pump and means that there's one less item to carry to shows. That doesn't mean that if you're twisting balloons for an audience you should avoid pumps. If you're inflating more than a few balloons a pump can be a very handy tool.
There is also a case for being able to blow by mouth when the need arises! There isn't anyone who hasn't seen or been in the situation of having half the shift to go and a long line of anticipating moppets when the pump snaps, jams or otherwise thumbs its nose at you.
When I inflate a balloon by mouth, it takes 1 - 2 seconds. People are usually impressed by how quickly I inflate and tie off. It doesn't interfere with my patter very much at all. If you do shtick while you're inflating, you're probably taking more than one breath to blow it up, which makes it more difficult.
The mouth inflation method is the most convenient for me and I'll stick with it. I recommend trying it. I think the impression you make by being able to blow the balloons up by mouth is worth more than being able to talk to someone for the 10 seconds it takes to inflate the balloon. It just takes practice...remember keep those cheeks in!
I have a Pump-0 and a Pogo pump, but I have yet to find anything that gives me the freedom of inflating by mouth.
Blowing balloons by mouth gives me two very important benefits. The first is the above mentioned freedom. When I am doing a large group (indoor or outdoor) it gives me a chance to circulate and mingle and this is much better for me than standing in a single place for long hours. The second benefit is perhaps the strongest. The interplay between the group and myself about the ability to blow-up 260's is worth the effort to practice the blowing. It's a great way to handle hecklers, to challenge the big strong macho guys, and to make your performance remembered by everyone.
I always have a banter going on with the audience; even when blowing the balloons up I'm making faces or doing a take on a member of the audience. I feel that you can not have this kind of intimacy with your audience when you use a pump. (Hey, you can't get much more intimate, you just gave them some of your spit.)
I have a pump but blow up balloons by mouth mostly. I like to make faces when I blow up the balloons. One face is me out of breath. The other face is that the balloon is going to explode. Usually my comment is like "this color (what ever it is) will usually EXPLODE!" before I proceed to blow it up. I use this routine in twisting as well and it helps in two ways. If the balloon explodes, no one is surprised and I just get another one. If I make a mistake and a part of the sculpture deflates or explodes, I just say "Well I was afraid of that." and continue.
I can blow up two balloons at a time with my mouth, plus flash inflate. You can't do those with a pump.
I blow by mouth. Not only is it impressive for the parents and any others who have ever tried to blow these things up, but it gets the balloon up in the air which is good for visibility (in restaurants, etc.). Plus not having a pump is one less thing to haul around.
The audience expects a twister to blow the things by mouth and the kids love to be tickled by them as they are being blown. If you can blow them up by mouth, you can more effectively engage an audience and adults by challenging them to blow the balloons up themselves. It's quite a laugh to see them try!
There is a difference in the feel of balloons blown up by mouth and by pump. Pumped balloons are tighter and of a larger diameter than mouth inflated balloons. It is probably due to the fact that mouth inflated balloons contain warm moist air from your lungs while pumped balloons are full of air at room conditions.
From years of experience I would agree that humidity makes a big difference in the feel, resilience, and workability of balloons. They also seem to squeak less when blown my mouth than when they're pumped with drier ambient air.
FIRST read about the health complications of mouth inflating balloons.
Then, put on some safety glasses before you try any of this!
When you first get started you will probably be tempted to stretch the balloon. You may find that it helps some, but more likely, you'll just change the shape of the balloon and possibly weaken it enough in some areas that it will pop when you start twisting. Stretching the balloon is useful if you want to fill it a little differently, like with a bulge in the middle, but that's about it. The more they are stretched or weakened, the sooner they'll pop. The best way to fill the balloon is with one large breath without pausing. The fewer breaths it takes to inflate the balloon, the smoother the balloon will look and the easier it will be to work with. Unfortunately most people can't do that.
Hold the nozzle of the balloon in your mouth and pinch the balloon about one inch away from the nozzle. Just hold the rolled nozzle (collar) between your lips, not your teeth, I always tell people to hold the balloon with the palm outwards, back of the hand above the mouth and shielding the eyes. I've had balloons blow up in my face many times. About half the time there's some warning -- the balloon will blow up with a kink in it, or inflate with decidedly variable flow, or behave strangely in some respect just before it goes. Not nearly always, though. If I didn't always wear my glasses when twisting, I suspect I'd have gotten slapped pretty good at least a couple of times. As it is, I just get a stung cheek once every night or two.
After being snapped in the eye once, I changed my inflation procedure. I hold the balloon between my thumb & index finger, palm out. I place my index finger against my nose, causing the back of my hand to be protecting my eyes. I let the index finger and thumb of my other hand to glide down the balloon, while inflating, "feeling for imperfections". If one is felt, I stop and check it out. I still get popped, but not in the eye, and it has certainly decreased getting snapped as much as before. Also, aim the ballon down and away as you fill it. And I notice that, of the hand in my face, the middle, ring, and little fingers are almost in my eye. Don't mess with your eyes! I still worry a bit that a balloon might blind me. The minimum I suggest to those who mouth inflate is wear glasses (even if you need to put plain glass in there). Also, twist away from the face since the balloons can also pop afterwards.
Blow into this small section of the balloon and try to form a bubble. While blowing, stretch the section of balloon you are holding a small amount (grab the balloon about 2 inches from the nozzle and stretch it outward another inch or two). It's much easier to fill the rest of the balloon if you have a small bubble to get you started. After forming this small bubble, pinch the nozzle closed so no air comes out, and take a deep breath. Now, if possible with one breath, fill the balloon. Use stomach muscles and not cheek muscles. Puffing up your cheeks and blowing from your head will only succeed in making you dizzy and possibly hurting your eyes and ears.
Tip for those who just can't start the silly things: Carry a palm pump to start the balloon and blow the rest.
The idea is to blow through the small opening you form with your mouth around the balloon. One common mistake is to blow hard while letting the cheeks fill with air. Doing so will only build pressure in your mouth. Also, remember to breath through your nose. Blowing into the balloon isn't a good reason to forget about breathing, and hyperventilating isn't the best way to be reminded.
If you find that it hurts to blow up the balloon you are probably blowing too hard. Relax and blow a bit softer. When I started I'd persist until I went red and got all these pretty stars in front of my eyes. I'm sure this isn't good for you; a bit of 'relax' 'focus' 'gentle' Zen-stuff from the masters would have done me the world of good. If you really can't get the hang of it now, use a pump and try to blow it up with your mouth later. It isn't worth hurting yourself. The fun part is the twisting anyway.
The one big problem I had when I was learning to inflate by mouth was blowing too hard and keeping my mouth closed! I would get trememdous pressure, but it couldn't go anywhere.
From where I sit, as a professional entertainer, in both the music world and family entertainment, blowing a balloon by mouth is not a problem. When it is done correctly, with the correct technique, there is no damage to be done. It is only slightly more back pressure than playing most wind instruments. This is not just an opinion, but backed from 20 years of university teaching and professional performing on wind instruments as well as 15 years as a twister. The biggest problem arises when the technique to blow the balloon up by mouth is wrong. When this happens, you can most definitely hurt yourself. As a trained musician, using correct diaphragm technique and embouchure (French for the way you form your mouth for playing an instrument), I can tell you that I have never experienced a problem. Early in my twisting days I hadn't yet been taught the correct way to 'start' the balloon and regularly had headaches and other problems. I learned the proper technique from The Balloon Video from Flora & Co in Albuquerque. Ever since that time there has not been a problem.
It does take some practice to get it down so you don't pass out. The most important point is that you push the air out of your lungs with your diaphragm, through your mouth and into the balloon. Squeeze your cheeks tight! (no, not THOSE cheeks). Your cheeks should never puff out; if they do, they will surely be sore! If you feel like you're blowing too hard, you are. Relax. It takes a lot less effort than you realize. Sometimes just blowing more gently is all it will take to fill the balloon.
I understand that are many newcomers (and old hands) that get frustrated by the dizzy feelings and the light headedness when first blowing balloons. In my experience (8+ years) balloon blowing is just like every other new thing in our lives. In order to become good at it you must practice it. You will gradually increase your capacity by blowing balloons every day. This is a good way to practice your twisting and to experiment with new figures. The key for me was to blow balloons every day. Try this for a month and see if your capacity increases. Now I can do 600-700 hundred balloons in day with very little discomfort.
You will also find that you'll get dizzy if you try too hard and long. Slow down, pause between attempts. Give it up for ten minutes and come back. Once you get better, you may still find you get dizzy now and then, or get a headache after doing many balloons. Again, practice will help both of these. Any time you do a lot more blowing than usual, you are likely to have these problems. Even now, if I skip for a few weeks, I'll get a mild headache after an hour or two of inflating balloons.
Not blowing into the balloon is the most common mistake. Blowing very hard will tend to close the balloon opening and result in your cheeks exploding before the balloon inflates. It's learning how to focus your breath INTO the balloon that will suddenly make it easy.
A hint I found for blowing up balloons more easily is to:
Blowing balloons up is simply a physical feat. There's some technique, eg., not letting one's cheeks puff out, and blowing into the balloon (not squeezing the nozzle too hard with one's lips), etc., but mostly it's just brute force. Pulling just a nudge's worth when starting to inflate the initial bubble is a good idea, but mostly I think it just helps one concentrate into maximizing effort for an instant (like the kihap yell in martial arts).
Unfortunately, just attempting to blow a balloon up is like walking up to a set of weights and trying to bench press 180 lbs. Not too many people can do it. Working up to it is the key.
Your diaphragm, cheeks, and lips all have muscles that must be built up to handle mouth inflation. Remember those cheek muscles especially. If you let your cheeks puff out when inflating balloons, they'll get incredibly sore and painful. If you can't keep them in just using your facial muscles, try using your fingers (holding the balloon like a cigarette (British style) and wrapping the hand around your cheeks to hold your cheeks in -- it works for many people.
I recommend pre-inflating balloons with a pump, fully deflating them, (try doing this again once or twice) and then reblowing them by mouth. Then try to blow them up by mouth. Once you can do that easily, then try just inflating a little bubble in a balloon and working from there. Once you've got that, then try inflating it entirely by mouth.
I learned to blow a 260 by first blowing a bag of balloons up one at a time with a compressor and then letting the air back out. This stretched the balloon enough that I could inflate them by mouth . I have been doing this for a couple of years now and in a pinch I can blow them up without pre-inflating them. I have the process down to an art and can pre-inflate a bag in about 20 minutes. I like pre-blowing because I weed out the defectives and the balloons are easier to blow by mouth when I'm working long hours. I have found that pre-blown balloons do not seem to be any weaker than fresh balloons. Plus, the pre-blowing process weeds out the weak ones or the ones with pinholes and helps if you need to sort colors. I have had other twisters observe me at work and ask why I have so few pops.
If you can't blow up pre-inflated balloons, then get an easier balloon to inflate (350s are very easy, for instance. Tilly 260's are easier to inflate than the 260 Q's).
Also, practice with different colors. Different colors are often noticeably easier or harder to inflate. With Qualatex 260's, clear seem to be the easiest; orange seem to be the hardest. Also, cold balloons are much harder to inflate than warm balloons, so practice on warm balloons.
Personally, I learned on relatively easy to inflate Ashland 260A's about 12 years ago. Once I could reliably blow one of them up, I got a gross of 260Es and started trying to blow those up. After about six or eight weeks, I could reliably blow up 260Es (which are about as hard as Qualatex 260Qs).
About 1/3 to 1/2 of the people who try Ashland 260A's and 245A's can blow them up in their first session; most of the rest can master it the next day. Practice with them a while. You can blow good balloons and have fun, but they'll pop more easily than heavier balloons. Once you're comfortable with them (e.g., can blow them up in one breath), then try getting some Ashland 260Es or Qualatex 260Qs. They're heavier and will take more abuse while twisting, but are harder to blow up. It took me about six weeks from being unable to inflate an A to reliably inflating Es.
Above all, don't get discouraged. It took me about 1/2 hour just to get my first 245A (a green one) started.
Like exercise, I'd also recommend lots of short efforts. If you can't inflate a balloon at all, working on it for more than five minutes won't help anything. Just work at it for a minute or two, and then put it away for a few hours. Once you have the strength to do it occasionally, start working on building up your reps. Once you can do a modest number of reps, then do something a little tougher and work your way up gradually. As with exercise, you need both the strength to inflate, and the stamina to do it on demand repeatedly.
How should I practice? A couple of balloons a day? My first try is usually the best and I get worse after that. Do a few a day. Most importantly, stop when you start to feel pain. If you're that determined, you'll get it. This is probably the hardest thing about ballooning.
once a long while ago, someone asked if there was an exercise to help you inflate 260. Here's a thought. Whistling! I am a chronic whistler and recently noticed that after doing a bunch of balloons, my whistle was wilted and wouldn't work. The cheeks, the diaphram and the lips are all intrinsic to both actions.
Take up a musical instrument! I've played the trombone for a long time and (not to brag) blowing up 260Q's is pretty easy. I find that it's about 80% technique and 20% diaphram. Next time you're in the library see if you can find a book on playing instruments. I'd look for one on brass and look in it for topics about your embouchure (pronounced \.a:m-bu.-'shu.(*)r\ ). There's lots of info there!
You can tell if you're doing it right if your face and cheeks DO NOT get tired. In fact, I find that my diaphram starts to get tired after about 5-6 hours where my face and cheeks still feel fine.
I blow my balloons up by mouth although it did take a little practice. I believe in the diaphragm theory. I also do a lot of singing and teaching which helps with the diaphragm. There is an exercise to strengthen the diaphragm for singing and I guess it would be helpful for those learning to blow up balloons. I'll try and explain it.
Firstly make sure you are using your diaphragm the average person breathes only a third of the air required for a full breath, they only use the top part of their lungs.
O.K Lets try this exercise to strengthen your diaphragm:
Do this maybe twice a day in 5 minute sessions. You will find that when you let the air out slowly it will last longer and longer this is because your lungs are filling up with more air and getting stronger.
260s can be blown up without a lot of effort if you use the right muscles. I've left more than one trumpet player dumfounded because they couldn't inflate a 260 after seeing me inflate 3 at once.
I need to note that many have been purporting the diaphragm theory regarding inflating balloons. The diaphragm, when it contracts, moves downward (inferior) to create a vacuum, which draws air into the lungs. Expiration happens naturally as the diaphragm relaxes. Forced expiration occurs with the contraction of some of the intercostal muscles. The diaphragm is an antagonist to some of the intercostals, and vice-versa. To forcefully exhale, the diaphragm must relax a lot. I cannot accurately say whether the diaphragm retains a degree of tone to achieve the pressure necessary to inflate a 260, but I can say it is not the diaphragm that is majorly used to inflate them.
130's are difficult to inflate by mouth. Marc writes: I do routinely inflate 130's by mouth. I started working out a few months ago, especially aimed at my stomach muscles. It made all of the difference.
Whatever muscles are involved, I think they are "the same" muscles as used when playing an air-flow musical instrument (especially brass, such as trumpet, but also singing!). I have a degree in music and never had trouble blowing up balloons. I've seen other musicians pick it up quickly, too. We have learned to "use our diaphragms," but perhaps that is a misnomer.
There is one issue of concern for those who receive balloons from people who inflate the balloons by mouth and that is germs. While they are impressed that you can inflate the balloons without a pump, they also are not happy to see their child sucking on the balloon in the same place you just had your mouth! In fact I know of one balloon worker who was inflating by mouth and got sued. One kid who received an animal later came down with pneumonia and had to be hospitalized. The parents claimed the balloon worker had inflated the balloon by mouth, and had coughed a few times at the party. They served him with a subpoena, put him on the stand, asked him health questions and got a list of parties the balloonist did 2-4 weeks prior to the plaintiff's party. They found that some kids from the parties had become ill afterwards, and the balloon worker was nailed as the carrier! The balloon worker lost the suit, and was ordered to pay all medical bills, pain and suffering, etc...
I've learned a few things about balloon inflating over the last few years and since we are on the subject, let me just share some of my wisdom with you all.
(Filling it up at the tail (nipple) and ending at the mouth (nozzle.) This is useful for a sculpture like an elephant where you want a long thin trunk and a thin tail or if you're going to be making a lot of twists and you need room for the balloon to expand on each end. There are several ways you can do it.
A combination of 2 and 3 allows you to get the most control over how the balloon gets filled.
To blow up balloons from the middle, prevent the air from going anywhere else. Simply stated, if you want a balloon to inflate from the center, you place one of your hands above and the other below the center of the uninflated balloon while air enters it and inflates the center portion. You then let the air out, and set the balloon aside until you are ready to use it for a special effect. The pre-stretched portion will then readily inflate when applying air to it.
One quick but effective bit I've been doing (learned from the Dan Garrett video, Kid Show Konivery, a variation is in the first issue of Balloon Magic) is removing a bubble from a balloon. The first time when you get the balloon out (prestretched and preinflated with just a small bubble in the middle) you also palm a 2" balloon bubble of the same color (see "meatballs" section for several ways to make these) blow up a bubble in the balloon (which having been prestretched should inflate in the middle). When the bubble is the same size as your palmed bubble, pinch the nozzle and make a comment about how they're not supposed to blow up that way (hold the balloon in the left hand the palmed bubble in the right) bring the right hand over to the bubble place your palmed bubble on the balloon bubble and allow the balloon to deflate and show your bubble, it really looks like you pulled the bubble off the balloon
Get a 340 and stand on the tail of it as you stretch the nozzle up to your mouth. The more you stretch the balloon the thinner it will blow up and the harder it is to inflate. With a smooth single inflation you can make a flamingo's neck and a fat end for the head. This is an effective shaping technique but have a big, soft chair behind you to catch you when you pass out.
The Pump 1, PumpO or Pogo can make thin sections. These pumps give you a free hand to control the balloon as it inflates. The Pump 1 and PumpO can do anything in terms of inflation control that anyone can do by mouth (except maybe sneeze or spit). If you cut the nozzle off to make the air hole bigger you can do the instant inflation. You can stretch the balloon 2 arms length from the nozzle to blow the whole thing up thin and long. That's hard to do by mouth.
Here's how to inflate a small bubble at the end of an uninflated section of a 260, which is often used for poodle tails and antenna or feelers on insects and crustaceans.
DO NOT SUCK A BUBBLE ONTO THE UNINFLATED NIPPLE END OF THE BALLOON!
The wall is thicker at the nipple end (due in part to the presence of a latex "drip" on all Qualatex 260Q's) making it a little harder to inflate than the rest of the balloon. So, it helps if you weaken the balloon _at_the_nipple_end_ by stretching it locally (a couple of good, strong sideways & lengthwise stretches - not a bunch of weak ones) and then wrap your fingers around the length of uninflated balloon that you wish to keep uninflated, so they act as a support. Force air into the nipple end by squeezing the existing bubble at the nozzle end, which causes the nipple end to "magically" inflate.. Check out the instructions in the guide, under blowing up a balloon backwards. Same idea.
The following is the method I use (& teach) for moving a small amount of air inside
a 260 i.e.: "The Poodle Tail Move" used for making the poodle tail. It takes a
Liability (& potential hazard - sucking on the end) and replaces it with an
"Effect", making it an asset:
Just before you do the final bubble for the poodle's tail touch it with your D-Lite (having it light up as you touch the balloon). The bubble will pop up glowing. The effect is pretty cool. When I tested it on my friends, I got quite a few Ooh's and Aah's.
After twisting the poodle I'll point out that it doesn't have the "poofed" tail. "I know! I'll use my 'air gun'!" Having said that I make a "gun" out of my hand (make fist, point index finger out and extend thumb up) and "shoot" the tail of the dog (let thumb snap down like the hammer of a gun while squeezing the bubble to make the poofed tail). I'll sometimes do this without saying anything and when the "customer/child" seems surprised, I'll ask if they have never seen "an air gun" before. It might be funny to shoot it twice with no effect and the 3rd time hold the poodle with the gun hand and shoot at the thumb of the empty hand. As if you thought you were doing the same thing - The magician in trouble situation - When you realize your error, the poodle tail is there and you have done it, TaDa. (Pop up the tail when you shoot the third time.)
When putting the ball on the end of a poodle tail, give the tip a few good stretches to weaken the skin and squeeze the inflated part at the other end. If you don't allow the bubble to just lengthen out, a round bubble should pop out at the end. (Nothing new so far). Now the trick - as you squeeze the bubble with one hand, stick the tip of the opposite thumb in your mouth and make a show of blowing on it. It looks like you're inflating the bubble by blowing through your thumb. It always gets a laugh from the adults, sometimes a kid's eyes will bulge out to match the bubble, and you *don't* have to suck on the balloon.
I prefer blowing on the actual tail itself, and while blowing (I guess it is more of a puff of air), squeezing the bubble and making the tail appear. The goal, obviously, is to make it look like you inflated the tail while blowing on the outside of the balloon.
I get a great response from both the kid and their parents.when I tell the kid that they have to help by blowing on the tail "like it is a birthday candle." As they blow, squeeze up the bubble. I find everyone wants the poodle after the first one. Just be sure not to have it pop up too close to the face. I had a balloon pop when I "poofed" the tail. Part of the balloon flew into the child's eye. The mother of the birthday child removed the small piece out of the child's eye like you would remove an eyelash. Nothing came of it except I am now more careful and am glad I carry liability insurance. Also another thing. Make sure the child does not blow into your face. I hold the balloon to the side so that doesn't happen. Before I started doing this, I caught everything they had to pass on to me.
Don't suck on the end to get a bubble. A very easy way is to make a quick twist... leave a bubble that's about the size the tail pompom needs to be, and gently hold the uninflated part of the balloon so that it can't inflate, but air can move in it. Then, give a squeeze to the new bubble you just made with your free hand, the air should be forced to the end of the tail. Pinch the tail with your fingers and give the end bubble a quick squeeze, to keep the inflation, and voila! a non-damp puffy tail
When you suck the bubble on a balloon you are definitely going to leave lots and lots of spit all over the outside, and if you set aside the unsanitariness of that, you're still left with a spit-covered balloon, not the most appealing of thoughts. When I first learned balloons, I was taught to suck on the end, but have since learned how to do that twist and squeeze method. I find the twist-n-squeeze method to be more appealing aesthetically as well as quicker and more efficient. If you suck on the balloon you could have it pop and go down your windpipe and die. Also, if kids see you do it, they will do it. As you squeeze the air into the tip of the balloon, have a child blow on it and up it comes like magic. I always pinch the end of the balloon and snap it to expand the latex. Then I put my hand around the middle part of the tail and force the air into the end that I stretched (pinched). I always have the kids blow on the end of the tail and they think they did it magically. Always gets a good laugh!!! :)
The last time sucked a bubble on the end of a poodle tail was the *last* time, because two of the boys who saw me do it immediately put their swords in their mouths (balloon swords, of course!). The fact that it is such a neat effect makes it irresistible for kids to try out. The least they'll get is all the germs you've picked up from the multitudes of tips handed out by your phlegmatic customers!
I've stopped sucking poodle tails because it encourages children to put the balloon in their mouth. Especially when, as often happens, they squeeze the bubble off the end and want to put it back. They then tend to try to do what they saw the twister do. On many occasions, when I've made a poodle for a child, they squeeze the dangly tail bubble, and it goes away. They then do what they saw me do -- hold the middle of the tail and squeeze the bottom. It doesn't usually work, but at least they don't stick the balloon in their mouth. Some years ago, I used the suck technique and I would see kids doing the same thing to re- inflate their creatures' tails. Unfortunately, kids are kids and do what they see other people doing, even (especially?) if they're told not to. I don't twist if I'm sick, but it still seems a poor idea to (even indirectly) encourage kids to share my germs. Finally, the squeeze technique is more surprising & entertaining.
I used to like "sucking" the tail of a poodle too until I was almost a victim. Back in 1987 or so I was working at our Festival and had a lot of people around me watching and waiting. I sucked the tail and it gave away and went down my throat!!! I ran to the nearest trash can and stuck my finger down my throat. It was very very scary and believe me that was the last time I ever tried that!!! Luckily I am here to tell about it. Now, when I am doing a show, I have the kids take an oath - saying that they will not put the balloons in their mouth. Of course the parents hear it and they watch too. This is something we can't be too careful about.
A variety of methods have been presented here. What I use depends on whom I'm doing it for and how many times I've done a "bit". I like to change things so that the people stay entertained.
Wrap a 260 around two fingers and make sure it doesn't twist or overlap itself.
_ _ _ __|_|_/ /__/ /__ (_____/ /__/ /___ (____/ /__/ /____ /_/ /_/ | | @
As I inflate the balloon, I keep moving my fingers inward so that I keep the curl straight. I inflate it a little slower than I do a straight balloon, but keep a steady stream so that it has a consistent width.
I wrap my balloons with the nipple near my palm and the nozzle at my fingertips. Does anyone do it the other way?
The pre-inflation method is for those who inflate with lung power. Pre-inflate the 260 straight, then deflate it before wrapping it around your finger to make the curly-Q. It's hard to blow up otherwise.
Mouth inflating a 260 spiral is more difficult than a straight 260. I was absolutely floored watching Anthony Mackey inflate 260 spirals at IBAC. What I would give for his set of lungs...
Once you get the hang of it, you can go for the single finger method and make the very tight curls. It does take some practice, which is fine, since you will improve with every one you make.
The tighter you can wind the balloon, the tighter the spiral (Up to a point).
Problem - I need to know an easy way to make a spiral out of a 260Q balloon. I have tried, blowing it up, letting the air out, wrapping it around my 2 fingers, and then blowing it up again, but I get half way around, and the spiral stops and won't let any air into it... If I let it go a little bit, to let the air pass, it doesn't turn into a spiral, it just looks like some odd crooked thing.
Solution 1 - You get a twist when the uninflated balloon slips off your finger. To keep this from happening you need to lead the bubble as it inflates. The position of the wrapped fingers in relation to the inflating bubble is most important. Watch the balloon inflate and move your wrapped fingers in a small spiral as the balloon spirals. It is a knack, but this is a good way of thinking about what you are trying to do.
Solution 2 - A 260 gets wider as you inflate it, but it also gets longer. If you don't apply tension (a stretch) when you wrap the balloon around your finger, the length increase (upon inflation) will cause the wrap to loosen. When this happens, the balloon will twist about itself, closing itself off and preventing you from getting any more air in.
Why does this happen? Well, as the balloon is inflated, the axial length (or height) of the spiral increases. This puts the balloon in torsion, making it want to twist itself. To visualize this behavior (which is what makes coil-springs work) find a garden hose with a stripe on it. Coil the striped garden hose on the ground, making sure that the stripe is straight (not twisted). Then grab the last coil of the hose with both hands and lift it up, keeping it parallel to the ground. Watch what happens to the stripe on the hose that lifts up as you raise and lower the top coil. If this interests you further, look in any book on helical spring design for the grisly details.
It's not necessary to pre-inflate the balloon before making a curly-Q if you are using a pump. Making the curly-Q with an un-inflated balloon seems to make the curls stronger (I think it has something to do with the rubber not getting stretched out straight first, then curled). For super tight curly-Q's, inflate curled, deflate, wrap around finger again, re- inflate.
I use a T. Myers Pump1. I take the 260 and wrap it around my first and middle fingers fairly tightly about 4 times. I hold the tip at the 1st knuckle of my first finger and usually end half way round the inside of the hand (back of the hand pointing towards your face as you inflate). I then inflate, making sure to keep the spiral even by moving my hand enough to let the balloon expand in place. This works like a charm, but it took a few times to get the hang of it. As always, make sure that the balloon doesn't twist or you will hear the loudest *POP* you can imagine.
I have tried just wrapping it around my fingers, and trying to blow it up with a hand held air pump, but that is nearly impossible.
The Pump 1, PumpO or Pogo can make spirals. There is no need to preinflate the balloon or to wrap the balloon around more than one finger. These pumps give you a free hand to control the balloon as it inflates. If you are out there trying to make lots of spirals with a 2 handed pump, you are working hard with a wimpy tool. There is complete information on inflating a spiral in the book, "Balls N' Balloons".
Marvin Hardy's book, "The 260Q Decorator", says "Spirals are easier to form when another person holds the tip of the balloon to the pole." Since then, he's found an easier way: At IBAC, Marvin demonstrated a very nice method of inflating spirals: He uses a clothes pin attached to a piece of 1/2" or 3/4" pipe, mounted on a camera tripod. Marvin clips the 260 nipple in the clothes pin, applies a little tension and wraps the balloon in a helix around the pipe, maintaining the tension. He holds onto the nozzle, and inflates with a compressed air source. Then unclips the balloon and ties it off.
Try wrapping them a little looser around your fingers. I have been doing it for about 8 years. It just takes practice and a lot of lung power. T. Myers does it with his pump by wrapping it around 1 finger. When you blow them by mouth you need to wrap them around 2 fingers - but not tight!!! It's really fun when you get the knack of it.
Curly-Q's are often made when someone asks for a snake. If you want a tongue for your snake, leave a bit of the nozzle uninflated during the preinflation.
Lazy S Spiral
Try making the Vulcan "Live long & prosper!" hand sign. Using this hand
configuration, grasp the nozzle of the balloon between the thumb & index finger. While
stretching slightly, wind the balloon back and forth around the two finger groupings as
per the illustration below. The nozzle should end up in the center, at the top, between
the middle & ring fingers. BLOW! Add in your favorite twists & garnish w a Sharpie
to your heart's content to make a snake any man-child would be proud to have.
nozzle | | / \ / \ \|/ / \ / \ | || |(O)| || | | || |___|___||___| | || |_____________] |___||___|___| || | [_____________| || | __ | || |___|___||___| | \ | || |_____________] | \|___||___|__/ // / | [__________/ // / \ | || |/ // / | | || | // / | / \ / \ / \_____________/
I have found that placing one spiral on the end of an umbrella handle/ critter leash/ whatever makes it easier for the kids to get a grip on the creation. You can also fasten it to their wrists more easily.
You can release a Curly-Q at shoulder level where it will spin around like a pinwheel basically in one spot in the air. You can usually snatch it back and re-inflate it again 2 or 3 times. Hum as you blow up a Curly-Q. Tell the kids that when you let it go it will sing and do "The Twist." If it explodes, say that it was "pop music."
See Curly-Q's
My best "trick" with balloons is inflating two in my mouth at once....On a good day, I can inflate as many as five (if they're all lined up just right). It really isn't harder to do than 1 balloon, you just have to line them up right and take a couple of breaths, instead of one. It looks very impressive and gets OOH'S and AAH'S from even the most skeptical, especially if they're in the process of trying to inflate one.
I can inflate 5 260's at a time. For multiple inflations, it is all how well you can get them lined up in your mouth. I use my front teeth to gently grip them and then tug a bit to line the balloons up. then just focus and go.
When I blow up three, I place the nozzles in my mouth one at a time, just inside my lips, all touching. I then grasp them between my index & middle fingers of my left hand(I'm right handed.) snug, but not tight, palm inward. I let the nozzles leave my mouth while with my right hand, I hold the nipple ends out, slightly pulling so that the nozzles come to rest against the inside of my left hand's fingers. Sorry if this sounds redundant, but if I go over it in detail, I'll be sure not to miss any pertinant information. PUCKER UP!! Place the left hand against your lips VERY tightly. I mean VERY TIGHTLY!!!!!!! and Blow!
Mine usually start to inflate one at a time too. It seems to add to the overall efect."Poof! Poof! POOF!" At this point, I hold my looks of pain. "Never let 'em see you cringe." As I let the air out of the balloons, I reach up with my pinky of my right hand and tweek the inside of my right ear, while tilting my head right, closing my right eye, fluttering my left eyelashes, AND opening my mouth, stretching my jaw so as to pop my ears as if in a high-rise elevator.
I thought I saw a magician blow a balloon real fast and asked him about it. He of course denied it, but knew of the technique. Seems it was developed in Japan since they don't like to stick things into their mouths. While trying to explain it to the rest of the group I attempted to demonstrate. ONE SMALL PUFF and the entire balloon was inflated. To say it was fast is a bad understatement... It was as close to magic as ballooning can get. It was just there!
One warning, this did hurt my cheeks the first few times when learning. I have a hard time controlling how much I inflate so I limit this to making monkeys and swords.
Whatcha do is literally use both hands to pull the mouth of the balloon open. It doesn't spread all that far, but you have to stretch it open as far as it will go. Now you have to pretend like you are going to play the trumpet (or blow a pea shooter), purse your lips and use the tip of your tongue to plug it. Build up pressure behind the tongue then snap the tongue back so the pressure can escape. (of course you have to be holding the mouth of the balloon to your mouth at this particular time) If it works you don't see the balloon inflate... it just IS inflated. It makes a neat whooshing sound.. adds to the over all effect.
One gotcha I found is it only works on never before inflated balloons. I've tried inflating balloons, letting the air out and trying again just for practice but it just won't inflate properly the second time.
Three balloons inflated at once is almost always followed by a "nose job." Just when they think they've seen it all, I take one of the three (preinflated) & blow by doze! sniff, sniff. The grand finale comes when I twist up a dog with said balloon and ask someone to check & see if pooch's nose is cold, cause I think it might be sick. Now that's sick!!!!
As for the nose job, I think it's more technique than trunk (though I do have a rather big one). With my right hand, I rest the nozzle on my thumb, hold the rest of the balloon in my palm with my fingers closed around it. I flare my right nostril and place the nozzle at the very front of this flare. While placing my thumb against the nozztril, which is now in my right nosle. Wait a minute! I think I'm getting a bit mixed up. Anyway, holding it all together with nose, nozzle, & thumb on the right, with any digit from your left hand close off your left nostril & blow!
Who says humans are smarter than animals? Frank Olivier swallows a balloon, makes it come out of his nose, and then blows it up out his nose. The way to learn this balloon trick is to sniff the end of a piece of dental floss up your nose, then when it hits your throat cough it out your mouth. Then tie the dental floss to an animal balloon and use it to pull the balloon through your nasal passage.
I saw someone do something like this at this last year's IJA (Int'l Jugglers Ass'n) convention in Las Vegas. Frankie Olivier performed on the Renegade Stage one night. He started by inhaling a bit of dental floss up a nostril (maybe an 18" piece). Then he spit up the end of it (out the mouth). Then did a short "nasal floss" demo, tied the nostril end of the floss to a balloon and fished that through, nipple end first. Then inflated the balloon, tied it off, and did the trick mentioned (squeezing the nozzle end to inflate the nipple end). Grossed the audience out pretty good. It was awesome!
On a tape from Steven's, Todd Robins does the weirdest thing I ever saw with a balloon. He blows it up about 2 inches. He then takes the tail part proceeds to stick it in his nose!! He reaches into his mouth and pulls out the tail. He then squeezes the air in the part hanging out of his nose and has it inflate the part hanging out of his mouth!!! This would KILL on the birthday circuit!!!!
After inflating the balloon, you may want to "burp" it by letting some air out of it before tying a knot. This softens the balloon a bit. An important point to keep in mind is that burping the balloon will not make it shorter if you've inflated it too much. It will only soften it.
When I inflate 260's and 130's, I just make a little bubble about an inch or so from the nozze and release the air in that bubble so I'll have lots of room to tie the balloon.
David Hamilton was at the Iowa State Fair a couple years ago and used all one-handed knots in his show, as well as a simple 3-twist one-handed dog. After the show I asked about the knot and he showed me his method. Keep a long nozzle when you inflate, and before releasing the end from your mouth, wrap the nozzle around your index and middle fingers. Then roll the end of the balloon with the wrapped nozzle off the end of your fingers with your thumb, making a knot. It's the same principle as tying a knot in the end of a thread when you sew on a button.
Marvin showed me a trick that helps prevent raw fingers when doing lots of tying. Start with the balloon a little further away from the tip of your index finger than you normally do. Roll it towards the tip of your index finger with your thumb, causing the nozzle to twist and become round like a piece of rope. When you get to the "roll the end of the balloon with the wrapped nozzle off the end of your fingers with your thumb," this already round, twisted nozzle rolls down your finger... with the greatest of ease.
And speaking of tying knots, you can do various slapstick bits related to forgetting to tie the knot, tying the knot on the wrong end and tearing the balloon in half and giving the halves to the kid (which then go zooming off)
Pearlized and metallic balloons are more difficult to tie than standard balloons and are rougher on the skin which is probably why you had sore fingers your first job out.)
I tape up my fingers with Sport tape to prevent excessive skin wear and tear (ouch). It's great to protect the cuticles!
I keep first aid tape in the tool box for my son who has this problem with fingers hurting.
To avoid or reduce finger pain and speed up the tying, practice tying balloons by wrapping them around your finger nail area and not up at the knuckle.
I suggest clear tape wrapped around the areas where you are most likely to hurt your fingers, before you start tying, of course. It helps a little.
Are your fingers getting raw and blistered from tying or are the joints in your fingers getting stiff? A solution for raw fingers is to take medical or duct tape and tape up your tying fingers before you start a big project. You need tape that is sticky enough to stay on your fingers, but not too sticky that it rips off your skin when removing.
For sore, stiff fingers, you may want to purchase the first QBN video where they present a good technique for tying. (too difficult for me to explain, probably easier to watch it). Start learning the professional techniques now, especially before you start training a crew (ie family members). If they learn it the right way the first time, you will be very thankful as it's much easier than trying to break old habits. Tying balloons into duplets gets much easier with a little practice.
Also your fingers will build up strength through repetition, (that doesn't mean they won't still stiffen up they day after a HUGE job).
I have just become aware of a balloon knotting device, I don't know how old it is. It is a hard plastic device that slips over the fingers with an extension coming out of the palm of your hand. I bought some last week and my crew absolutely loves them. I first saw this device at IBAC 12. It was demonstrated at one of the booths at the Trade show across the street. Unfortunately, I haven't been able to figure out how to use this when I want to tie a ribbon into the knot of the balloon so I can "slide & size" the ribbon length. Otherwise, it's a great hand saver, but not as quick as the "over the thumb" method for me.
At a ballon show in London I saw a firm, ZIBI I think, selling gizmos to help tie balloons so I got one to try out. It's basically a grooved, tapered stick with a split in the end, and takes a bit of getting used too. I personally don't think I'll use it often, but have had times where my tying fingers are getting sore where it would then be useful. May be useful for anyone who finds tying a problem.
Using a pump is better for your health than mouth inflating.
With a pump the kids can help you blow up the balloons so they feel that they are participating in making the creation. The older kids can fill and twist their own balloons.
With a pump, a defective balloon won't pop in your eye.
A pump helps limit the spread of germs (germ warfare) when you're physically ill.
It's more "sanitary." There's no moisture or condensation in the balloon. In restaurants I keep as much as I can out of my mouth. It doesn't look quite right biting on a balloon that you are about to give out. Also, my post-pop airborne saliva seems inappropriate as a condiment or dressing for the customers' vittles.
I use a pump all the time for safety reasons. I do alot of kid shows. I always tell kids not to put the balloons in their mouths, so I don't want the kids to see me putting balloons in my mouth. If the kids see you putting your mouth on a balloon, they will put their mouth on the balloon. If the kids _don't_ see you blowing up or even sticking balloons in your mouth, they will assume they shouldn't either. The possibility of the balloon popping in their mouth is wonderful potential for choking and lawsuits!
I have asthsma, and blowing balloons up by mouth just isn't an option.
I have glaucoma, and blowing balloons up by mouth could be dangerous to my sight.
The potential of breathing in the powder that they put in the balloons is not for me - I have enough breathing problems already.
Pumps allow you to keep talking while the balloons are being inflated. A pump frees your mouth to interact with customers. I use my pump on large jobs, if for no other reason than the fact that I can keep up a steady line of verbal 'shtick' with the kids.
Not as much stamina is required for l-o-n-g ballooning stints with a pump. If I'm going to be making scadoodles, or even just one scadude, of balloons, you can bet I'm going to pull out good ol' Mr. Pump. I pull out the pump when I am doing a lot of balloons or am getting winded.
A big pump also gives you a physical barrier between you and your audience. (this could be beneficial with that rough crowd... just hold it up as a weapon and tell them to watch out or you'll blow them all away.)
If I'm not in the mood to inflate by mouth, and someone decides they have to question my manhood by asking why I'm using a pump, I would hand them a balloon and request they inflate the next one for me. If that doesn't keep em busy and quiet for a while, and they actually DO inflate it, then I would ask them to imagine doing that 5 or 6 hundred more times tonight. Usually they smile and give no more problems.
You can do cool pump tricks like this:
Levitation - A steady stream of air from any source will float a small, light, round object and lock it in position over the stream of air. John does this with lung power and a ping pong ball. I do it with a 3 inch round made from 350 leftovers. I use my Pump1 or a fully inflated 350. The balloon ball floats about a foot above the nozzle. If you use a 350 for the air source, you can 'tow' the floating ball all over the living room...uh...I mean, stage.
The Pump1 and PumpO, when clean and lubricated, slide down on their own weight. This causes a light stream of air that can float a small balloon (like a 3" round bubble with the knot trimmed.) It is an interesting and curious activity if you find yourself with wait time. I expect the Pogo air stream could float something very light.
General The pogo is big, gaudy and attracts attention and conversation when table-hopping. Since I did away with the inner rubber return "spring", I can set the pump down as I arrive at a table and it will slowly drop to its lowest position, since I carry it from the bottom of the big tube. This extends it to its tallest as gravity pulls the stand down. This sinking movement usually causes the customers to notice the subtle it out of the corner of their eye. Most of the time they think its falling over and they grab for it. Or, they're startled by this "thing" moving all by itself... either way, its fun and starts the interaction. I also use Bruce Kalver's schtick about the pump being a giant pepper mill or parmesan cheese grinder. I also blow air at little kids' hair to demonstrate how it works. I never shoot it in their faces. I've actually been asked how often I have to replace the CO2 cartridge inside!!
Lack of portability, slightly slower, can break down.
The kids love my Pump-O and it does draw a crowd. My biggest problem is getting the kids to leave the pump alone. I usually tell them in a nice way not to touch it because it breaks easily and if the pump breaks I won't be able to make any more balloons. This works about 50% of the time.
When kids are left to their vices, they will always play with your pump, no matter how many times you tell them not to, and this leads to breakdown too. Floor pumps get dirty easily cuz the kids love to stand on the base.
My biggest problem is getting the kids to leave the pump alone. I got a hoolahoop and stand in the middle of it. That is my "space" and they have to stand on the outside of it.
I use a Pogo 90% of the time, but still blow them up orally whenever challenged or called a cheater. I also do it when I am walking around a table and have left the pump at the other end of the table. When I started (1969) there were no pumps available (as far as I knew) so you blew 'em up or found something else to do. I've had headaches. I've had eye pain. I like using both methods and find that the pump isn't all that slow, once you get the rhythm of getting the nozzle over the inflation tip and doing the actual pumping.
Another thing I like about using both methods is the ability to use both kinds of comedy. I can use the mouth-blowing gags and the pump gags too! Plus, it eases the boredom of doing the same thing every time. And the security of knowing I can still do the gig if my pump breaks is very comforting.
For me blowing them up is faster because the pumps just slow me down. Usually I have worked large events with another twister who uses a pump. I have found that for the most part we make about the same amount of creations in the same amount of time. While I can work faster for the first hour, but she can work at a consistent speed the whole time
I've been inflating by mouth - ever since my one pump (a Q 2 way) broke in the midst of an event. However, the rest of that event all I did was mice, tulips, and small poodles - none of those big 'ol parrot hats (now, I always carry at least two pumps, if I'm going to be using them and not breath).
Here's a solution to this whole mouth vs. pump problem. Just ponder these questions yourself and then decide which direction you want to go.
Of course there are down sides.
Our dream pump:
One must apply proper technique when pumping. Snapping several pumps in a single day. (which really isn't anyone's fault, the pumps don't come with any instructions) means you are not applying the proper technique. It takes a little fiddling with any new tool before you can feel comfortable with it, and be able to utilize it as an extension of yourself. Even using a hammer takes practice. Here are some tips:
I put a skinny balloon on a pump nozzle by holding the lips of the balloon lightly between my thumb and forefinger. Once the edge of the nozzle starts into the lips of the balloon I just roll the lips on over the pump nozzle. Some people quickly pull the lips open with both hands but it seems very awkward to me.
Hold the pump around the cylinder. If you cover the air holes on the end of the pump it will not work.
Don't push sideways while pumping! As the piston rod moves out it increases the leverage of any side force that your hand may be exerting on the nozzle. You need to pay attention to pumping in and out in a straight line. The less strength your arms have the more difficult it is to apply force only in a straight line.
Each stroke should be just short of hitting the end of the cylinder. If you are using the pump to tell you when to change direction you are bumping the internal piston into the end caps, your pump wioll not last. It is easier on the pump if they do not hit. Learn how long a stroke is by starting with quick short strokes and working out.
The typical hand pump will put large visible ripples into the inflated balloon. Any stop/start during inflation will affect the resulting shape of a long skinny balloon. It depends on the balloon, the pump, the pumper, how closely you look and how much you care. Trying to keep the air flowing evenly is all you can do. Usually, if I get any ripples, it's only one or two, and generally my own fault, (sub-standard pump technique) and they are never evident by the time I'm done twisting my animal. A palm pump does not produce ridges. It does however leave your hand very sore.
Quickly changing direction while pumping cuts down on the lost air between 'puffs.' The 2-way hand pump is an ingenious invention. In one version the O ring on the piston moves axially in its groove to make a seal on one side of the groove and allowes air to travel past it on the other side of the groove and into the center tube. Each time the pumping direction changes, the O ring has to seat on the other side of the groove in order for it to seal and allow the device to pump air. Quickly changing direction while pumping helps the O ring rapidly make a new seal.
The out stroke is usually less efficient. The out stroke has a smaller effective pumping area than the in stroke because the piston rod takes up some space. The out stroke also has 3 places to seal compressed air and the in stroke only has 2.
These cheap plastic pumps are just that. They are disposable. Buy lots of them and be surprised when one lasts a year. The old blue Qualatex Hand pumps were notorious for breaking immediately. The purple ones are better. The purple pumps have a nozzle hand piece that comes off. The center tube has a rubber washer and two pins. When the handle is pushed on the pins follow a slot and when the handle is turned sideways the pins lock into a notch. There are little arrows on the black handle that many people never see. Sometimes the handle comes off by accident. Glue it on with plastic cement or super glue.
The cost of making a good heavy duty pump doesn't yet fit the size of the market. (My large hand pump is $50 because each piece is made one at a time) It will. I'm working on a heavy duty 2-way pump but it will be expensive too. The market needs to get bigger to support the expense of molds and large runs to make a less expensive heavy duty pump.
One thing I don't like about hand pumps is that using one requires keeping both hands on the pump. When working in a packed dining room, I want a hand on the balloon to keep it away from patrons, waitstaff, and places the balloon shouldn't be. When inflating by mouth, a floor pump, an electric pump or a cylinder of compressed air, I can keep both hands on the balloon.
From my own experience and from observing some of the 'greats' at work, I'd say that using a palm pump to repeatedly _fully_ inflate many many 260's, is not really what the palm pump was designed for. You could literally squeeze squeeze squeeze squeeze squeeze squeeze that thing forever! Instead, use it to get started! One squeeze - poof, a small bubble is born. Then go on to mouth inflate. We've all had friends beg for a balloon, determined that _they_ can blow it up, we watch until they are on ther verge of passing out, then give them a small inflated bubble to start with, and usually they can inflate the balloon. I've witnessed Royal Sorell mouth blow and twist for hours and hours, but later, when sitting around 'jamming with friends' he just couldn't get any more balloons to inflate. He promptly pulled a palm pump out of his pocket, used it to start a small bubble, and then mouth-inflated the balloon the rest of the way.
There are 4 manual pumps made by Tom Myers and they have confusing names. The PumpT, Pogo, PumpO, and Pump 1. Pump T is a big hand pump (see above). Pogo is good for walk-around or stationary use. Pump 0 & Pump 1 lend themselves more to stationary work because of their size and bulk.
All the Tom's pumps allow you to control the amount of inflation. The Pump 1 and Pump O give you the same kind of pressure control that you have by mouth. You use your body to control how hard you want to blow. Just stop pushing and take the balloon off the nozzle when it is as full as desired. Both pumps leave you one hand free to manipulate the balloon as it is inflated.
It takes 2 1/4 pumps to fully inflate a 260Q with the Pogo or Pump 0. The Pogo and the Pump 0 have a valve to keep the air in the balloon while you set up the 2nd stroke. Multiple pumps can be seen as a benefit though, because 2 pumps allow you to control the degree of inflation better than 1 does. Ex. one pump for mice and poodles, two pumps for giraffes and dinosaurs.
To clean the Pump 1 PVC try rubbing alcohol or 409. On hard spots use a SOS pad. I don't know of anything you could just dunk it in and have it come out clean. You kind of have to rub it.
If for some reason you need to extend the leg of the Pogo, try this: (both methods may require some sanding on the Pogo leg to get a good fit.) :
A wooden base comes with the pogo pump to keep it upright. Put an uninflated 260 across the fitting on the base and then put the dowel into the fitting. Now the base stays attached when you you can lift the pogo to move it to a new location.
After a long day of twisting, my wrists tend to get a little sore from using it.
The latex tube in the Pogo pump breaks. But the pogo still works if the tube breaks so you're not completely stuck.
If the Invincible should ever fail to perform to your needs or reasonable expectations, I will repair or replace it absolutely free. You will only be responsible for postage. The Invincible comes as a sealed unit. It must be cut open for repairs. Do not try this yourself, as this will void all guarantees.
One of the best entertainers I've seen was a clown here in Orlando that had a cart drawn by a goat. The goat blew up the balloons for the clown!!!! I couldn't believe it at first, but it was true. The clown held the balloon to the goat's mouth. (I couldn't see, but I suspect he had some apparatus in the end of the balloon to hold the mouth of the balloon open since it looked like the goat clamped his lips down hard.) I thought it was a wonderful act!
I have the pogo pump. I used it as a walking stick while I was walking parades.
When I do walkabouts at fetes my hand pump gets tucked under my arm, which is awkward.
At IBAC Marvin taught that you can make a hand pump holster out of a shampoo bottle by cutting the bottom out of it and adding slots in the side for your belt to go through. Paint it if you don't like the color. I also like Larry's idea of tying the pump to your person, which can be combined with the holster just described.
The Balloon Dude in California (His real name is Fred something-or-another) rigged my pump for me at the last COAI convention, to make it easy to hold. He ties 2 260's around the pump and then around his forearm. When not in use, the pump hangs from your forearm. I found that I really didn't have an interference problem with the hanging pump. When you need the pump, just drop your arm to your side, and in falls into your hand.
I wear an outfit with big sleeves and I made a pouch in the sleeve for it to sit comfortably. The balloon is up in 4 moves, so that's as impressive as using lots of puff. The pump is brilliant.
I used to connect a string to my small plastic pump and put it around my neck - then it was at my waist and available. I could just drop it and know where it was. I may tie a string onto a small, thick rubber band that I can put around the pump and then take it off easily. Kids often want to run off with the pump while you are busy.
I bought some really colorful nylon rope (mountain climber stuff). I taped the ends, tied it around each end of the pump (using some fancy knots because they tend to gradually slip out of the nylon rope) and made a strap for my hand pump. Now I just sling it over my shoulder and across my chest. I tied the rope at just the right length so that it is not in the way of my twisting yet easy to grab without looking. I had tried pockets and holsters of all sorts and this works the best for me.
I carry my pogo and it carries everything I need.
I made a list of the animals I make and printed it out on transparency film. I taped it around my pogo pump. I made a second transparency with my name and phone number and wrapped it along the bottom of the pump. I then took a little plastic basket and added one of those clips that you hang your mops and brooms up on and attached it to the basket. The basket can then be clipped on the lower part of the pogo handle. It holds my markers and balloon tags.
At BJ's WHOLESALE CLUB I bought a huge package of alphabet pretzels. They came in a clear plastic jar that was shaped like 2 large abc blocks on top of each other. I attached the 2 broom clips onto the jar and now I can attach the jar to the bottom of the pogo handle. I keep my assorted balloons in the jar. I can even screw on the lid and the container is secure and waterproof. The jar holds 4 bags of balloons.
On the top edge of the pump (the black area) I glued a piece of velcro to hold my plastic letter opener which pops and cut off pieces of balloon.
The most amazing decoration I've seen was done by a clown in southern California. I don't remember who it was but she had make an outer tube in which the pump slid up and down. The whole thing was painted like a cowboy (I think). When she picked up the pump the cowboy's mouth opened wider and wider and when she pushed down the mouth closed. Very cute and clever. On the pump tube she had painted the head down to the middle of the mouth including the upper lip and teeth. Then the black hole of the center of the mouth went all the way down the tube. From the lower lip of the mouth down was painted on the extra outer tube so the mouth hole was covered until the pump was pulled up.
I was playing around with the new gray balloons and made a B*** Bunny. It was next to my pump with the hand on the nozzle and it hit me. The greatest decoration for the Pump-O has been right in front of our noses. I wrapped his arms and legs around the pump, and turned his head and it looks great. If you put the arms around the pump about three or four inches below the nozzle and attach the legs a few inches above the bottom, the pump works great, the balloon is not in your way, and what a great advertisement. Any of the big multiple cartoon characters would look great. The Duck, the Coyote, the pink Panther, tropical birds, etc., etc. Duh! Why didn't I think of this before??
I have a neighbor who does pin striping on cars for a living so I had him candy stripe my Pump-O in exchange for balloons at his daughter's birthday party. It looks great and was cheap to! I think anyone could do it, but I took the easy way out.
I've painted PVC pumps by light sanding, primer and Krylon Spray Paint. My paint jobs ended up chipping when the PVC knocked against something hard. I've had people tell me they did the same thing and it has not chipped. Partly chipped paint means repainting or getting all the paint off. Stickers, Tape, gluing something to the pump seems to be easier to clean or replace.
I have a PumpO which I have decorated with scraps of self adhesive vinyl gleaned from friendly instant sign companies around town. The stuff is used for lettering and graphics cut out on a computer. The vinyl comes in rolls and they usually throw out the last couple of feet on the roll end. It sticks permanently and is impervious to spills, baby vomit, salsa, water, margaritas and sweat. You can cut out shapes with an X-acto knife and stick them to the body of the pump. I covered mine with a field of bright yellow. I then took blue and red dots, along with some black squares, and stuck them on so it looks like confetti falling. The yellow came from a large sheet that I cut to just wrap around the circumference of the tube. It's worked great for almost two years!! It is durable, brightly colored and really adds to the look of the pump and it attracts a lot of attention!!
There are mini electric pumps small enough to fit in a fanny pack which can inflate a couple gross of 260s on a single battery charge.
Regarding battery operated pumps, you have got to remember that any electric or rechargeable pump is nothing more than an electric air compressor. The all make noise and the motors can get warm and even hot after continuous use. There are several good electric inflators on the market now and all have their pros and cons. Which pump you use depends on what kind of entertaining/twisting you will be doing. If you are working outdoors or in a large crowd, any of the electric inflators can be used without worrying about the noise, they are also good if you need to keep mobile. If you are in an intimate setting though, you will want to keep the noise level low an a hand pump or PVC style push pump is the way to go. For restaurant work I would not use an electric because of the noise factor. The 'whirrrr" of the motor (over and over and over) can be distracting/disturbing to those people who want a nice quiet meal.
I found those portable pumps to be too noisy for indoor use. A restaurant would throw
you out if you used one.
I find those battery operated pumps too noisy for restaurant work. They also get hot after
a while.
The electric pumps are either on full power or off. You lose some control
They inflate the nozzle end and makes the balloons slightly more difficult to tie.
What do you do when you run out of power? Start huffing and puffing?
Can the battery be easily changed?
I'm totally convinced that a T. Myers Pump won't let you down. As long as you're in good
shape you never have to recharge. Stick with the Pump, as a matter of fact, consider
upgrading to the Pump 1. I have two and they are great!
I think the battery devices are great, but have yet to see one quiet enuf' for
me....particularly for going table to table... If you're stationary in the lobby or such,
then any of the pumps would work..' though I recommend PUMP! & PUMP0 by T. Myers...no
battery and they still just keep on pumping and pumping and pumping....
My wife uses the Inflator from Clown Supplies Inc. We have one that's about 15 months old. It's been put through the paces big time. The one we have has the integrated battery and charger. He's updated it since to have the battery charger external. Also, the button on ours is the old hard to push one. We will be upgrading the button in the near future. It lasts about 4 - 6 hours at our level of usage (1+ gross/hr), then we plug it in to the wall, and keep going. Yes, It gets hot, and can mess up the balloons, so you have to be careful, and judge when to stop for a few minutes. Having two major pumps, person's, and T's, we can do this as necessary. We are also thinking of buying another one so Frances can swap back and forth as they get hot. Also, for the big jobs, we have some friends that help us inflate the balloons in advance, and try to keep up with us as we go :) In case you're wondering, my wife has wrist problems and has a hard time using T's pump, so she uses the inflator. Also, It's a mite bit easier to carry being smaller in size.
I saw a Balloon Buoy in action and I was impressed that it was lighter and less noisy than the Inflator that I have (from Cheezo). I have wondered about putting a nozzle cap over the existing nozzle to have an easier time with 130's, although the Inflator will blow up the balloons if they are held on top of the nozzle without actually pulling the end over the nozzle. It blows them up quite fast. I used to overinflate the balloons when I first started with it.
The Inflator by Clown Supplies Inc in NH is a great pump (I've had mine for over 7 years) and for the same price you get more inflation power - it will inflate 4 to 8 gross of balloons before it needs to be recharged. Although it weighs 10 pounds, its advantage is the amount of balloons you can blow in one sitting.
The 95-96 T. Myers catalog has several brands of these battery powered electric pumps (with short reviews) in it on p. 9-10, and they sell for $165 and up. One brand is called the "Balloon Buoy". Here's what I wrote in the catalog about the Balloon Buoy:
Battery powered pumps make inflating a 260 easy. Just push the button. If you want to be a roving entertainer, able to twist a few balloons and move on, a battery powered pump might be just the thing. The noise would draw attention. You could do a few balloons with lots of entertainment thrown in and move on. Or maybe you want it for parties. The noise is fine for kids parties. Kids parties are noisy to start with. They'd get a kick out of pushing the button. If I'm making balloon hats for a line of customers I'd rather have the Pump 1 or PumpO. The constant buzzing of an electric pump coming from my area would drive me bananas and limit conversation with the customer. Cranking out hats would heat up a battery pump and I'd have to slow down to let it cool. I'd be worried about running out of juice. But I am cranking out balloons. That's my style. I test battery powered pumps by sitting in my living room and fully inflating and tying 260Q's one right after the other. As if I were getting ready to do a workshop. This is not a field test. This is about as hard as you could be on a battery powered pump.
I saw an ad in January's "Genii" magazine for the "Balloon Buoy". The ad reads: "New Balloon Buoy will pay you back. Or we'll buy it back. If it doesn't help you do more business within two weeks we'll gladly buy it back. This is the world's fastest automatic push-button balloon inflator, delivering one-second inflation with excellent length control. Tie Helper nozzle makes it easier to grip and tie ends. Comes in an ultra-lightweight 3-lb. shoulder pack. Safe, dry 12-volt battery fills up to 400 #260 balloons with fast, one hour recharge.
from "T's" 97 catalog:
"BALLOON BUOY"
"Ed Rohr has put together a nice little rechargable electric pump. The recharger is a separate piece that comes with the pump. He uses a brand name tool battery so they are safe. I sell extra batteries or you may find them locally. The balloon buoy comes in a padded pouch with a shoulder strap and a side pocket. It weighs 3 pounds and is fairly comfortable to use. The padded pouch helps muffle the medium, loud noise. This is a great little walkaround tool. It could probably inflate 400 poodles during an afternoon with one battery. It inflated 130 full 260q's in about 25 minutes before the battery needed a recharge. During the test the compressor got hot and I had to slow down. After an hour recharge it did another 130 full 260q's. It is very light, tough and reliable. Ed's been selling this for 2 years and they have built-up a good reputation. 14 Day, money-back, 1 year defect warranty.
BALLOON BUOY/ED "In the same padded case, the ED has a bigger battery and the pump casing is metal. It weighs 3/4 of a pound more but it pushes up to 70% more air. That's about 220 full 260q's."
I have been using the Balloon Buoy (original one) for almost a year now. It has made my life a lot easier. I feel that T. Myers has given it a bad rap. Sorry Tom, If I were you I would want to sell my own pump also. The battery lasts about two hours. I carry an extra one so I have the capability of going about four hours. The battery charger allows me to charge one up (it takes about an hour) while I am using the other battery. I have not had any problem with it heating up. It does get a little warm but not hot enough to pop balloons. If I was going to just blow up balloons, one after another, without stopping to twist them it probably would heat up too much. But I always make something out of the balloon I have just blown up. I used the original T. Myers pump for 10 years and loved it. But it was a lot more work to blow up the balloons. The Balloon Buoy makes a little noise but not as loud as other electric pumps that I have heard. The sound does not frighten anyone. They just laugh and think that it is smart that I don't have to blow up the balloons by mouth. Blimpo blows up the balloons by mouth and I tell them that I am not as full of hot air as he is. The difference with having an electric pump and exerting the energy to push on the T. Myers pump has really made a difference to me. I still have my T. Myers pump and won't give it up. It was a good work horse and I have it to fall back on if need be. I think pumps are a personal thing. Whatever works for you. You might be saying that I am talking it up because I sell them. Well, I had a Balloon Buoy before I decided to sell them. The profit margin on them is very low. I started carrying them because I wanted to share a good thing. Pat/Jack Frank
Tom writes: I didn't think I 'bad rapped' the Balloon Buoy. I like it. I'm happy to sell them. I just don't want anyone disappointed because it makes noise or gets hot when you work it hard. I try to describe it as honestly as I can.
I used Tom Myers big pump since the WCA convention in San Diego in 1985. I just changed over to the Balloon Buoy electric pump because it just weighs 3 pounds. I still use T. Myers pump once in a while because it just keeps going & going & going. I am also happy with the electric pump because I can do balloons for two hours and I am not "glued" to one spot. I am also not as tired as I used to be after a job. We started selling the Balloon Buoy pump because I was so happy with it. They now have one that is a little bit more expensive because it has a heavier duty compressor and battery and will pump up more balloons. But it weighs 3.7 pounds. That doesn't sound like much but if you are a fragile female it means a lot.
We have been selling the Balloon Buoy Pump now for at least six months. The only complaint we have had is that one only lasted one hour. We sent the compressor back and it was replaced post haste. I am very pleased with my balloon buoy pump. It does make noise but not as much as other battery powered pumps. I have the original model that weighs just 3#. They have since come out with a more powerful model that weighs 3.7#. I have to admit that it is the weight and size that sold me on the pump. I have had no trouble with my personal pump. I used a T Myers large PVC pump since the 1985 convention in San Diego. It is a wonderful pump. I make sure I have it for a back-up just in case my Balloon Buoy goes out. This has not happened yet. I carry an extra battery so I have at least 4 hours of balloon blowing right on my hip. The profit margin on these pumps is very low. We only carry it because we have been very happy with its performance and wanted to share it with others. Potsy
One other thing about the battery pumps. They slow down as the battery runs down. In blowing up 4 to 9 hundred 260's for a workshop, the PumpO was more work but faster than the battery pumps in balloons per hour. For $ per balloon, the PumpO is your best deal.
Here is Larry's extensive review:
I got to use a Balloon Buoy yesterday and I think I'm going to get one. Outdoors, the noise isn't bad at all. It does sound in a way like a mini fog horn and it does wonders to draw the crowd, but that's because of the distinctive sound, not the volume. People were as fascinated by the pump as the balloons. (It got even better reactions than the Pump O usually gets.) In fact, when the battery died on me and I started inflating by mouth, the kids complained that what I was doing now wasn't as cool. A few kids asked me if the thing in my bag (the balloon buoy) ran out of air.
Battery life - It did about 2.5 gross of balloons on a single charge. This is real life use, not Tom's rapid fire full inflation of balloons. It did slow down towards the end, and I may have made quite a few poodles, but I was happy. two batteries will get through most events that I do, and I have no problem inflating a couple gross by mouth if I need to. The battery to the Balloon Buoy is easy to change out. It is a Skil tool battery, available at hardware stores. If you are taking your time with twisting the balloons I don't think overheating the battery pump would be a problem.
I just had a very long day of ballooning last week. My Balloon Buoy, on one charge, went through 3 gross of balloons before I changed batteries. This is not a normal thing, but I thought those keeping tabs on how much use you can get out of a charge would be interested. I think the key is that I wasn't just pumping out balloons. I played around with folks as they came up. There was never a line. It was just steady work entertaining. So, the battery kept getting a rest and could keep going longer.
I have a few complaints:
- I wish the nozzle was tapered to make it easier to put various sizes of balloons (130s, 350s) on it. It was definitely designed for 260s, but that is what I use most.
- I found it easiest to operate the pump two-handed. This made it impossible to control where the air went in a balloon as I inflated it. That's a limitation I think I can live with for most things on busy days, and I can inflate by mouth for those sculptures that need it. I'll probably get the hang of one-handed inflation over time too.
- Lastly, I wish it inflated the balloons faster. The difference between what it does, and what I do by mouth is probably only a couple seconds, but it felt like a long time.
For walk around at picnics where I'm doing mostly balloons, it's great, and I'm willing to take a chance with it on long balloon days just so I can carry less stuff.
The Balloon Buoy works really well. It is a bit noisy and the tie helper nozzle is just a longer nozzle that would allow you to slide the balloon on farther. Anyone who can twist a 1" bubble and then let the air out before tying doesn't need the tie helper. It does recharge amazingly fast and comes in a nice bag that allows you to keep it hidden even while inflating balloons. The bag has a small pocket on it's front but it is too small for balloons. Maybe a good place for postcards?
I happen to be an owner of the Balloon Buoy. I was very excited with my purchase, but was slightly disappointed with the performance. It really just depends on what your using it for. I found that at restaurants, when going table to table, the noise was sometimes bothersome or the kids would make fun of the....how shall I say it.....expelling gas noises the pump makes. If your in a really noisy place, I'm sure it wouldn't matter. Also, I found that the battery would die about 1 1/2 hours into my 4 hour shift. I told Ed (the owner of Balloon Buoy Co.) about my problems, and he replaced the battery, but it really didn't help. Needless to say, My Balloon Buoy is in the closet and my purple Qualatex air inflator pumps are back in action. I wonder if I will ever find a pump that I'll be really happy with.
I have not had much of a problem with the noise. I "warn" the kids ahead of time and they seem to be OK with it. If I'm working a job outside, it calls attention to me (like I really NEED to call attention to a clown anyway.)
Comes with two inflation needles (one for basketballs, etc, and one for balloons), a DC 12- volt recharging adapter (for ciagrette lighter use), an AC 115-Volt Recharging adapter (I use for regular electrical use), a replacement 15-amp fuse, pressure gauge, and a 28 inch air hose with universal adapter.
The box says 1 fully charged battery will inflate 8 car tires @30 PSI, 29 rafts @1 PSI, 190 soccer balls @9 PSI. It doesn't mention balloons, but with this capacity, I'm sure it would do wonders. Also, for info, running time for TV @8 watts = 14 hours, Light @ 55 watts = 2 hours, and a car vacuum @ 55 watts = 2 hours. It's great! I love mine!
I've seen ads for a CO2 powered balloon inflator, says it can do as many as 3 balloons on 1 CO2 cartridge, so obviously it's more a bit of business than a serious inflator, was wondering if anyone had actually seen it, and any opinions on the same...?
Canned air dusters; They sell them in computer and camera shops. I used one for a gag. Have the canned air in a bag of balloons. Attach a balloon to the nozzle. Take out a balloon and try to blow it up. When you blow the balloon in your mouth release some air from the can and a balloon in the bag will start to fill. Try not to invert the can-it will release liquid freon and the balloon will pop.
I like to use a nitrogen tank to inflate balloons. This will obviously only work where you can stay in one place, or you have to drag this huge tank with you. I do a couple of school carnivals where I'm stuck in a booth, so it works for my. A regular black rubber helium tilt valve works great. Nitrogen should be available from helium suppliers, and it comes in a variety of sizes. The smallest tank I've seen is roughly the size of a steel 110 helium tank. Warning - Nitrogen does make for a much firmer balloon, so inflate accordingly, and burp the balloon before tying.
The simplest way to inflate 260Q's as well as other entertainer balloons is from a small, portable tank of Nitrogen. Have a 6 to 10 foot hose attached to the regulator with a tilt valve on the end of the hose. A small tank will fill hundreds of 260's. If you decorate the tank it will add to the performance and it is quiet, clean, and easy to carry. Contact Conwin Carbonics at 1-800-for their catalog. They are probably the best source for tanks, regulators, and the like as well as being a full line Qualatex distributor.
I can't inflate by mouth, the palm pump is giving me carpal tunnel syndrome and I don't like the ribs a hand pump puts in the balloon. The solution I opted for is compressed air. I bought a 5 gallon air tank, attached a mini-regulator that I set at 30 psi and connected a 25 foot 1/4 inch air hose. At the working end of the hose I put a brass button valve and one of the nozzles I got from the T. Meyers catalog. The button valve allows me to precisely control how much air I put intothe ballon. I switch between a large and small nozzle depending upon whether I'm filling 260's or 350's. I fill the tank from a small compressor before I leave the house. If I run out of air I have a small foot pump for refills. You can always get somebody to do the pumping for you. This set up is the ultimate for a couch potato like me. I leave the tank under the end table and drape the hose over the back of the couch. I can effortlessly fill a balloon and spend my time trying to figure out how to twist it. I attempt to do at least one balloon per commercial break while I'm watching television.
The cool aire II won't inflate a 260.
I have a Belle Gold, also called "Big Red", which is a very powerful blower, and I can get it to inflate a 260. I stretch the lip over the inflating tip, and then with the full force of the blower on, I stretch the balloon way out and it will start filling as I'm stretching it. By the way, a nice side effect of stretching the balloon while inflating is you can get a really straight balloon when it's inflated.
Get an old Electrolux cleaner, clean the guts out of it, place a funnel on the exhaust end of it and place the mouth of the balloon over the funnel. This will blow them up readily. Unfortunately, power is not available everywhere you perform. (but you can inflate the balloons before the show.)
I bought a small electric impeller pump which runs on 12V. I now have it fitted in a wheel-around box complete with speakers and cassette deck so that I can have music whilst I travel, it's also useful for holding extra bags of balloons, cold drinks, etc.
I have an air brush artists air compressor that I use when I am blowing up the balloons for the Indiana Pacers. It never shuts off unless you unplug it. It is great for that job!!
There are numerous artist's airbrush air compressor models that automatically shut off when the demand for air isn't present. Besides being quieter, they save a lot of money down-the-road on wear-and-tear maintenance and repair of the 'pumps'. They require a 'storage tank' and have the added benefit of user selected air flow and storage pressure. For any airbrush or similar compressor, the air flow rate and delivery pressure can be regulated, but not all models come with these 'regulators' attached; be sure and get them separately if buying a compressor without them!!! Anyhow, my experience is with compressors made for 'studio' work and which shut themselves off. They are muffled, very quiet, and some 'Badger' models look sort of like a flying saucer, so they might make attractive props!!!
If you need to run your compressor out in the middle of a field somewhere, you may want a gas-engine powered model (but they are noisy, and have vibration, exhaust...)
Small electric-motor driven compressors use household 110V power. If you decide on an electric-motor driven compressor with more than 2 or 3 horsepower, it will require 220V power. (and those compressors which can be wired for either voltage will always last longer on 220 since the motors will run cooler). So you need to ask yourself whether or not 220V power is going to be available where you want to use the compressor.
If you desire to operate an inflator or air tool at a certain pressure you will obviously need to keep your air tank pressure a bit above it at all times to account for pressure drops in the regulator, lines, etc.
Preferably you would keep your air hose length between the compressor and the inflator/air tool as short as possible to minimize pressure drops. If you set up several inflation stations, feed full tank pressure straight to individual regulators mounted at the stations to minimize any problems with pressure drops that would occur when stations fed from one hose/regulator were used simultaneously.
Most electric motor driven, single stage air compressors have a pressure switch set to turn them on when the pressure drops below 95 psi and turn them off when the pressure reaches 125 psi. You may be able to get a serious commercial unit that can generate 140 psi and has adjustable pressure switch. If not, you may want to operate your CCSSDSI at, say, 90psi instead of 100psi, because the two-stage air compressors needed for generating higher pressures cost quite a bit more.
If you can, get a "direct drive" compressor where the motor is mounted directly to the crankcase of the air compressor (no belt). These are more efficient, more compact, lighter in weight (easier to lug-around), and have fewer parts to break than the belt drive models.
Compressed air will have condensed water in it, especially on humid days. When people talk about humidity effects on devices, they often make the distinction between "condensing" and "non-condensing." Whenever you throttle air through a pressure drop (like what happens in a pressure regulator), the temperature of the air is lowered. On a day where the relative humidity is high, that lowered air temperature is often below the dew point, and water droplets *will* form. You should consider an in-line water separator if you are worried about keeping water droplets out of the valves in your inflator. More importantly for latex balloons is the oil mist that could be present in the compressed air - oil and latex don't mix. The new oil-less compressors out today obviously won't have this problem, but a standard compressor having oil in its crankcase should have an oil-removing coalescing filter installed in the air line.
Sizing the compressor:
You obviously don't want the compressor to be the rate determining factor to how fast you
can inflate balloons, so it must provide enough capacity to do the job continuously. To
ensure that you get a powerful enough compressor, you must calculate what minimum capacity
you need.
The method described below is the same way that you size compressors for use with air tools, spray guns, etc. For compressors of equal CFM capacity, the horsepower number is only going to tell you which design is more efficient. Horsepower is not the determining factor; they just use that in all the advertising because people are more familiar with the term "horsepower." It's just like advertising in the vacuum cleaner industry which pushes the number of "Amps" used as a measure of performance, when that term is really only of secondary importance to the real measure of how a vacuum cleaner sucks. :-)
First you need to know the volume of air in a balloon. Say that a balloon contains
"V" cubic feet of air for this exercise.
Let "B" be the total number of balloons you want to inflate per minute, counting
all the stations you have attached to the compressor.
The necessary Cubic Feet of air per Minute (CFM) is then V x B.
Air compressors capacities are typically given as a number, followed by the term "Free air CFM @ 100psi". These numbers are always given right next to the horsepower numbers, even on Sears Craftsman air compressors. Call that number "Q" (why Q? I don't know. They always use that for flow rate in fluid mechanics class...)
So a capacity of "4.9 Free air CFM @ 100psi" means that when:
then the compressor is supplying 4.9 cubic feet of air, measured at atmospheric pressure (sometimes you will see this given as "4.9 Free air SCFM @ 100psi" instead of just "CFM." The "S" stands for "Standard", which means that the cubic feet are measured at atmospheric pressure, room temp).
So, the minimum requirement is that the compressor output equal the necessary CFM for inflating the balloons:
Q = V x B
If each balloon contains 0.4 cubic feet of air, and you wanted to inflate 12 balloons per minute, then from the equation above you would need an air compressor with a MINIMUM rating of "Q" = 4.8 Free air CFM @ 100psi.
A compressor with the minimum rating would run continuously during use. It would also
have no extra capacity for adding more inflation stations in the future.
A compressor just slightly larger than the minimum requirement would be starting and
stopping all the time during use, and this isn't the greatest thing for motor life. The
bigger the air tank capacity, the fewer the number of starts and stops though.
Finally, a compressor that could deliver 1000 times the minimum requirement would cost a
lot of $$$, be rather difficult to move around, and probably need its own electrical
substation.
So obviously, how big above the minimum you decide to go is up to you.
Calculate your requirements and choose based on the Free air CFM @ 100 psi number even if you are setting your regulator at 50 psi; because the tank pressure will typically hover around 100 psi during use.
You don't have to be limited to the tank size that comes bolted to your compressor. If you unscrew any of the pipe- fitting plugs in your compressor's air tank, you can install a female quick disconnect coupling in its place. Then you can buy a roll-around auxiliary air tank of any capacity and put an identical coupling on it in the same way. With male quick disconnect couplings installed onto each end of a short piece of hose, you can connect/disconnect the tanks in seconds. This combination will give you any size tank you desire, and since the female quick disconnect couplings are self closing you can still use your compressor w/o the auxiliary tank whenever you want to. I've used this system myself with great success. The auxiliary tank won't weigh much either.... until you fill it full of compressed air :- ) :-)
That brings up an important point:
*** Make sure you tie it down when you load it into your vehicle ***
If someone cuts you off and you have to swerve or stop hard, a 100 pound compressor is not
the thing you want to have hit you in the back of the head at XX mph! When I got my first
pickup I brought my compressor to a friends' house without tying it down, and almost had
it come through my back window. The experience left me shaking for a while... I later
learned that even briefcases left on a back seat have killed people when they start flying
around the car in an accident.
Latex balloons and helium are not good bed partners, period. Helium is a tiny, monatomic molecule. In a short space of time the helium will diffuse through the wall of a latex balloon and then the balloon will stop floating and go for ground zero. Depending on the thickness of the balloon wall, and the size/shape of the balloon it might float anywhere from 45 minutes or several hours. Foil balloons filled with Helium are much better at remaining up in the air for a long period of time. There are liquids on the market called "Hi Float" and "Super Hi Float" that you can squirt into a latex balloon prior to inflating with Helium, and the balloon will last up to a week rather than the traditional 16 hours. Check with your local balloon delivery shop for what they are using, since there is more than one brand available. See the Balloon Care section for more details on Hi-Float.
In my area "balloon gas" is becoming popular. This mix of Helium and Nitrogen(?) is being sold to local party stores, florists, and anyone else who inflates. My distributor delivered this stuff to me prior to a large decorating job, and I went nuts! Needless to say, I've since changed distributors. Be aware of the difference between "compressed Helium" and "Balloon Grade", or "Balloon Gas" Helium!!!
Don't use CO2 or your balloons won't last very long. At a nightclub they thought they could save money by doing part of the balloons themselves. After all, it was only swags around the dance floor. They didn't have air blowers so I guess that CO2 was the next best answer since they use it and have it on hand. Cheaper than helium in there case. The balloons started out as 11" and within approximately 2 hours. they were down to maybe 5". Quite interesting.
How much to inflate the balloon
How do you know how much to inflate the balloon to give you
Marvin taught this rule of thumb at IBAC: leave 1/2 inch of uninflated nipple for each twist you plan on making. Of course, you need to leave extra uninflated nipple if you incorporate features like a poodle-tail. In practice, you will adjust bubble sizes and stiffnesses as you go so that it ends up right; otherwise you'll have to pop the nipple end, let some air out and re-tie in order to finish your figure. Years of experience also helps.
This idea is the fishing reel found in "Dewey's Zany Balloons." Dewey takes a bee body, inflates it half full, and does a basic apple. He then twists the apple in half horizontally. This gives the reel for the rod, and the 'apple stem' sticks out to be the crank for the reel. I sure that the rod needs no explanation. I've used this often for fishermen with great response.
It looks like two toruses (donuts) side by side, connected only at the centers. Like a yo-yo. If you pinch the donuts together on one side, it spreads open on the other side like a spring clothespin. You can then clip it on to a nose, ear, or whatever; it holds on by friction. For the earrings, add a few dangling 260's with 1-inch bubbles in the end (like poodle tails).
I have done this with both 260's and 350's, but I like the effect better with the 350. It turned out to be rather simple:
You should now have an oblong bubble with a thread of uninflated balloon running through it from end to end. Give this bubble a simple twist in the center, making two back-to-back apple twists. The friction should hold the twists in place. You're done!
More instructions:
Mark writes: I independently discovered this twisted apple-twist (yo-yo) this spring, after George Sands' book got me critically thinking about apple and hook twists. They're slick, aren't they? I had never seen them anywhere before twisting my first one, and remember proclaiming to several friends (and a professor) "I have just revolutionized balloon twisting!" :-) The biggest let-down of my twisting career came when I proudly showed Marvin Hardy one of them at IBAC. He said something like "Oh, that old thing" as he promptly made one and clipped it on my ear. :-(
Put a tulip twist in both ends of a 350, bend the balloon around into a horizontal "U" shape and suction cup both ends to a window to create a "basket-ball hoop."
I've used it for a table mount variation on the ray gun. ("keep 'em covered while I make the next balloon...").
The interesting thing about using 350's for the suction cup effect, is that you get a stronger suction than with the 260's (due to wider cross section?) and the 350's are structurally stronger.
Suction hint: If you are having trouble making the tulip twist stick, try this: After you make the tulip, work the twist (what would be the stem knot in an apple), back toward the end where you first stuck your finger in. As though you were trying to turn an "innie" into an "outie". When you get that end "flat", moisten it, press it against the glass and, while holding the tulip with one hand, gently pull on the body of the balloon with the other hand (pulling the twist partway back through the tulip.) Ta Da, Maximum suction cup effect.
I've been suction-cupping balloons to things all over the place. A few days ago I made a person that definitely needed a hat. The head was made out of a couple heart balloons. I suction cupped an apple balloon to the top of the head to form the hat.
Method
1:
Push the knotted nozzle a few inches into the balloon (like a hook twist), but don't twist
and close it off - just hold the knot through the balloon wall so that air can pass by.
With your other hand, twist soft apples of increasing size. The last apple will hold the
knot in place, and because the apples are soft, they will hold against each other pretty
well and not unravel (unless you give it to a kid...) Make sure you push the knot up into
the last apple. These are true stem-to-bottom-of-core apples, because they are really just
one apple twist twisted into smaller apples. I just made a 4-apple (no end bubble possible
with this method) tail as I wrote this, so it does work.
The beauty of this method is that if you don't size all the apples perfectly the first time through, you can almost untwist one apple at a time until they just start to leak, and then pass air back and forth between neighboring apples to adjust the sizes. A way to cap off this tail and make it look finished is to add a single small bubble from the end of a second balloon, tied off, but with enough uninflated balloon (1-2") still attached after the knot. As you make the deep apple, stuff the uninflated part into it, and complete in the regular way.
Note: In Texas Style Balloons, Bobby Cordell makes a rattlesnake tail by making a long, soft (squeeze some air out) hook twist (very long apple twist). Then, since it is soft, he twists it into 4 or so individual bubbles.
Method 2:
In George Sands' book Encyclopedic Balloon Modeling he presents the "Center Apple
Twist" technique which enables you to put an apple in the center of a balloon, or
literally anywhere you put a twist first. For the knotted nozzle, you substitute tiny bits
of broken balloon held against the wall of the balloon and push them and the balloon wall
into the balloon to make one apple twist after another. It takes a few trys to find out
just where to place the balloon bit and how to push it in so that the result looks good,
but it's a very useful trick. Sands recommends using an apple twist followed by a few
Center Apple Twists stacked together for the rattlesnake tail. Here is Mark Balzer's
better-looking version that explains the details of the Center Apple Twist technique:
The trick is to make that 1/2" distance as absolutely small as you can... like 1/4" or less. If it is too big, you will get... an ugly mess. These 'apple' twists are not really perfect apples connected stem-to-bottom-of-core; but rather like apples connected *near* their stems to the bottoms of the cores. Because of this, they want to form a little lop-sided. Keep that 1/2" number to a minimum and twist each apple enough times so that it snugs up tightly against its neighbors. That minimizes the lop-sidedness and allows them all to help hold each other in shape. If you have lop-sided apples, rotate them so that they cancel each other out and still form a straight rattle. You need good inter-bubble friction to hold it all together, so talc on the outsides of the balloons is a no-no. I just made a 4-apple + end bubble tail as I wrote this, so it does work, though it is harder and slower than Method 1.
Method 3:
Method 1 ends in an apple, unless you add a second balloon. Here's a method to add the
bubble at the end with one balloon. Twist a small bubble at the end of the balloon. That
is the last rattle. Twist all the air out of the next two inches of balloon by continuing
to twist the balloon into a thread. Take a small piece of broken balloon and wrap it
around the center of the thread you just made. Push the thread and balloon bit deep into
the balloon (like a hook twist), but don't twist and close it off - just hold the knot
through the balloon wall so that air can pass by.
Now, with your other hand, twist soft apples of increasing size. The last apple will hold the knot in place, and because the apples are soft, they will hold against each other pretty well and not unravel (unless you give it to a kid...) Make sure you push the knot up into the last apple. These are true stem-to-bottom-of-core apples, because they are really just one apple twist twisted into smaller apples. I just made a 3-apple + end bubble tail as I wrote this, so it does work. Isn't topology wonderful?
Method 4:
A variation on the first part of method 3: leave an un-inflated tail at the end of your
balloon. Then, take the ring of nipple (saved from a discarded balloon), roll it up the
nozzle-end to where the inflated and uninflated sections meet. Then, make a poodle tail at
the end of the balloon. Trap the thickened, added ring of latex with the end of your
finger and use it to secure a hook twist. Please note: if you leave the uninflated section
of the poodle tail too long, you will have an awkward space between the end apple and your
rounded rattle. Not cool for tight looking tails, very cools for space-alien feelers/
antennae.
This is the "hook twist" that Dewey describes. He uses it for a lot of neat animals: dogs, snakes, squirrels, frogs, etc. This twist is basically a variation on the apple twist. Instead of pushing the nozzle into the balloon only about an inch, push it in as far as you can reach with one finger. If you bend the balloon a bit you can reach further along the wall of the balloon. Now grab the nozzle through the wall of the balloon and twist the way you would make an apple twist. Then carefully work your finger out of the balloon. I use the thumb and middle finger of the same hand that has the index finger inside the balloon. These two fingers kind of push the sides of the bubble back a bit while I retract my index finger. If you can do an apple twist you already know how to take your finger out. It's just a bit harder now since there's more finger inside the balloon. Practice making apple twists of increasing size. I suppose a bit of powder on your finger couldn't hurt to reduce friction, but I've never tried it. When you take your finger out of the balloon, the bit of balloon inside the bubble that goes from the nozzle to the end of the bubble will go straight from the twist to the end of the bubble. If the bubble is bent (or hooked) as described above, that inner piece of balloon will hold it in that position.
The key to getting that shape is really to get the nozzle further into the balloon than your finger could reach if the balloon was kept straight. I scrunch up the bubble to really reach in there far. Note that no matter how far you reach in, the same length of balloon will be inside since you're only putting inside the balloon what covers your finger, so the further you can get the nozzle in, the greater the hook in the bubble.
I call a bubble placed inside the balloon a meatball.
Twist a small bubble.
----------------- \ -- most of balloon )(__) - small bubble _________________/
push the small bubble as deep as you can into the big one with your index finger.
----------------- -- __) ____________ (__)__<- (_________ \_______ _________________) (___ your hand (___ ________ (____/ pinch here | V ------------------ --xx __)__________ (__)x(___________ __________________) ^ | and here
Now there is a bubble and your finger inside the large bubble. There is a second layer of latex around the small bubble. the outer layer is still connected to the big bubble. With your free hand, pinch the big bubble where the little one is inside of it and hold that bubble in place. With the finger nail inside the balloon, break that outer layer. (The outer layer to be broken is marked by x's in the above picture). Breaking it just takes a bit of practice. If you stretch the balloon that you want to break, by working the bubble further inside the long bubble with your other hand you should weaken it enough to help break it.
While still pinching the large bubble, work the little one free. Your finger will still be inside of the balloon.
pinch here | V ----------\ __ ----__________ (__) (___________ __________/--------- ^ | and here
Since you're pinching the balloon, air shouldn't escape while you get your finger out. Now just tie the balloon from the end where your finger came out of.
peas-in-a-pod: make five or six meatballs, and then deflate the balloon around them, leaving something that looks like a pea-pod. The pea-pod can also be called a caterpillar. Then if you make wings out of another balloon you've got a butterfly. [Note: A chain of small bubbles, each pushed into the balloon body separately can be used to create the same effect... after the outer balloon shell is deflated.
A hint for tearing off a meatball inside a balloon, which I discovered by watching Richard Levine here in Eugene:
When you twist off the bubble that is going to be inserted, make it fairly small and twist it 4 or 5 complete turns. The first hard part is pushing the bubble into the main body of the balloon. Make sure the bubble is smaller than the main body of the balloon. I hold the main body of the balloon in my right hand right up close to the twist. I then (slowly) push the bubble into the main body with the index finger of my left hand. When you get it in, push it as far into the main body as you can. With the thumb and index finger of your right hand pinch the main body down onto the twist of the bubble. Hold this tight in your right hand and start to pull your left index finger out of the main body. The idea is to break off the bubble at the twist with the fiction between the main body and your left index finger. Sometimes if you move your left index finger down a little at the first joint you can increase the friction and insure that the twist breaks. When the twist does break, clamp down with your right thumb and index finger to seal the hole. Then retie and the bubble is inside the main body.
I push the bubble in almost all the length of my index finger, then I grasp the little bubble with the other hand from the outside and withdraw my pushing finger just enough so that I can pinch the bubble right where it meets the rest of the balloon. This pinch should be firm enough and should effectively cut-off any chance of air escaping once you pop off the bubble. Now, give a twist your finger that is still on the interior of the balloon; make sure you give your finger a hook shape and sort-of scoop twist. Usually the bubble will just pop free and you'll be left holding an unknotted balloon. And you'll probably have about enough space left where you're holding to simply knot it up, if you like. Try practicing with a superball, it is a lot easier to insert and break off.
I could not manage to get a bubble inside a balloon -- until this last weekend! Yea! Two hints helped me get it to work:
I found T. Myers instructions on the balloon seed (bubble insertion) to be the easiest to do consistently. After inserting the bubble, twist another bubble on the end (it will look like a tulip twist) and pull it off. It separates easier. Later you can use other techniques to put one color inside another etc.
When I'm breaking off a meatball, I twist the balloon tightly around my finger inside the balloon to ensure that I pull it all back. It makes it a little more difficult to break off the ball, but I find it ensures a successful insertion. I leave a little tucked inside, and the flash gets incorporated into the knot.
If you want to put a ball or other object inside, it's the same thing, except that you don't start with a small bubble. You would just insert the ball the way the small bubble was inserted.
There are basically two ways to put something inside a balloon:
Superballs are high-bounce balls. They are available at most toy stores and come in various sizes and colors. The smaller ones go nicely into balloons.
A super-popular item is ball-in-balloon toys. I also got superballs through Tom Myers, and in the end each one costs the same as a single balloon. So, cost isn't really a factor -- it's just like doing multi-balloon figures. However, these things are more like kinetic toys than figures. Some things I've been making with superballs in them: fill a balloon all the way, put a ball in, and tie the balloon into a big, loose knot. Overhand and figure eights work great. You can twist 1" bubbles in each end then connect those together if you want. A simple but stunning balloon/ball "maze"! Another toy: fill two balloons of different colors; put a ball in each. Make a long double-helix (see below), and you have a spiral ball racetrack.
The superballs sold by Tom Myers fluoresce under a black light! I discovered this when I used two of them as eyeballs in "googly eyes" (inside of a clear 260Q bubble) while twisting near the bandstand in a bar. Since the bandstand is lit up with "black" lights, the superballs looked like they were ready to jump right out and grab you - like a cat's eyes in your headlights! Very cool!
The ball putter was invented because putting a ball into a 260 is something that takes a knack. The balls n' balloons toys can require you to put a ball in every 2nd or 3rd balloon. After a day of this my finger hurts. The ball putter makes it fast and easy, but you are carrying around another tool. If you can get the ball into a 260 quick and easy and it doesn't hurt your finger, you don't need a ball putter. T. Myer's "Ball Putter" is one of the greatest things I've ever seen. I was not really sure about it when I ordered it. Now, I wouldn't give it up!
My favorite thing I picked up from T. Myers was using two small super balls in a clear heart or clear 260Q to make googley eyes. When you stuff anything inside a balloon with the meatball method, you end up with a layer that surrounds what you put inside. After working at putting things inside balloons, I can now even controllably unwrap the layer of balloon from the object (ball, etc.) I stuff in the balloon before I withdraw my finger. Google eyes with inserted superballs (or balloon balls) look best if you unwrap the clear cocoon from them after insertion. When I put something inside that I want to unwrap, I try not to break the cocooned object off completely. Instead I try to leave a little latex attaching the cocooned object to the rest of the balloon. My finger stays inside the balloon to plug the hole so the air doesn't escape. Then I use that remaining bit of latex as a handle for my inserted finger, in conjunction with my outside hand, to peel the cocoon from the object. It can still be done even if the object is completely broken free, though it is not quite as fast. In either case, don't leave the cocoon floating around inside the balloon with the object. It is distracting. Just remove it when you pull your finger out.
With regards to the little bit of loose rubber left in the balloon after you've inserted an object, and then stripped the rubber off the object: I usually make sure I trap that little bit in the first small bubble I make. It's a lot less obvious than leaving it in a long bubble, where you can watch it rattle around as you tilt the balloon. I've seen a twister manage to insert an object, manipulate the rubber off the object,(his finger still in the balloon) and then drag the little rubber bit out... all in one shot.
I've been using the T. Myer's Ball Putter to put superballs in balloons, and I love it. I say my sharp wit pops the bubbles. It's so fast I can usually do it before the recipient (child or adult) sees what I'm doing, and they go gonzo (that's a technical term) when they see the ball bouncing around inside the figure. T Myers ball putter is great for super balls but won't work with bubbles.
At IBAC, Marvin recommended that for stuffing you first go to your local Farm Supply store and buy a 'Banding Pliers' - a pliers used for stretching rubber bands when castrating animals. With a simple squeeze you can stretch and hold open a balloon nozzle while you fill it with confetti or whatever.
Marvin invented the Jiffy Tube system specifically for inserting items into the 260's. It works great. There are 3 tubes which will allow you to insert things into 260's, 5", and 9" balloons. We use the "banding pliers" to easily fit the neck of the 260 over the end of the tube.
To put a business card into a balloon you need to start with a jewel tone color (yellow, orange, etc.) You will need to inflate the balloon leaving enough to do the insert, pop and the twists for a small animal. Roll the card around a pencil or pen and insert, pop and tie off. Then strip the rubber off of the card. I don't bother to get this piece out as it shortens the balloon but you can if you want to be mysterious about how the card got in there. Twist the nose, ears and neck and gently unroll the card (it will have to stay somewhat curled) then finish the animal. Practice, practice.
Use a hi bounce ball to hold an inflated heart through a geo. I was making swans, hearts and geo sculptures and wanted a way to make the heart stand in the geo. Stretch the knot through the geo, place a ball against the stretched neck of the heart and the interior of the geo. Let it all go and 'Presto!'. The ball snuggles up into the geo and holds the neck of the heart against the interior of the geo. It also works with frogs on lily pads, dinasaurs on rocks, flowers in vases and, and, and. I twisted swans, poodles, dinasaurs etc. around the heart/geo to make lots of fun stuff.
Needed:
Method:
Fill the glass, to within 1/2" of the top. For a wider glass, use slightly less
liquid. Inflate the 350Q, leaving a 4" uninflated tail. Let the air out, and
re-inflate (this will make the balloon slightly wider and easier to get over the glass).
Squeeze the body of the balloon to soften it. You should now have a 2" tail left.
With the glass resting on a solid surface, put the end of the balloon with the tail into
the rim of the glass, with the "tail" hanging into the drink. The balloon will
curve into the glass, to the fluid level. If there is too much liquid in the glass, the
balloon will force some out, over the rim.
Slowly press the balloon down onto the glass, working the balloon around the sides of the glass. When you get to the bottom, keep pushing, so the balloon wraps under the glass. Notice how the inner wrap has skinned around the glass, trapping the liquid inside. Notice also how the uninflated tail section is poking down into the glass. At this point, when the balloon has covered the bottom of the glass, you can very carefully turn/ rotate the glass inside the balloon, closing the bottom, kind of like a tulip twist. If you are brave, you can now set the balloon down (on end), and the weight of the glass will keep the twist from unwinding. Ta - Dah !!!
You now have several options:
Here's the cool part: If you have used carbonated soda, holding the balloon, where it covers the sides of the glass, gently shake the glass. The resulting pressurization (fizz) should make the balloon tail pop up, out of the top! Use the scissors to cut the very tip off, insert the straw and hand the spill proof drink to a amazed audience member, or drink it yourself, to thunderous applause.
My kids loved this one. Caution: It's tempting to use the "glass cover" like a baby bottle, and suck on the balloon, but again, we don't want kids to think it's okay to put balloons in your mouth. Use the straw.
Hope you like the Glass Wrap. Have Fun!
Refer to the One-liners section of the Guide for One-liners for Balls in Balloons.
It is often desirable to get more limbs on an animal than there are ends of the balloon. The basic dog works out OK, but legs need to be grouped in twos. The pop twist will allow two legs or arms to be separated. When you are at a point where you want to make a Pop Twist, twist two medium bubbles, three small bubbles, then another medium bubble. Do a lock twist with the medium bubbles so nothing untwists. Ear twist the first one.
in out \ \ / / \ V / \|/ _( )_ <--- 1 medium bubble (ear twist and tuck between "in" and "out") ( )^( ) <--- 2 medium bubbles (become separate legs) (a)_(b) (c) <--- 3 small bubbles (a, b, c)
Ear twist bubbles a and b. Twist them about 5 times each (completely around). Now pop c. The air should not come out of any of the other bubbles which now represent paws or hands..
ET ET ______()________ @ O______)(________) side view with end view _(_)_ ((_) perspective attempted (_) (_) oo o o
Pop twists - good for pop-apart arms and legs on beasts, but the twists can easily come undone. Usually I try to put animals and other creations with this kind of pre-popped balloon twist on hats or leashes so they're more likely to "live" longer.
A "pinch & pop series" is a 5 bubble series. Bubbles 1 & 5 are the same size and bubbles 2 & 4 are the same size. The series is twist locked to form and loop (almost diamond shaped). To pinch bubbles 2 & 4 you take one bubble and bring it's own ends together by pulling on it's middle and pinching the ends together. Twist it at least 5 times if you're going to pop bubble number 3. Do this to both bubbles. This is exactly how you would make the outer part of a Teddy Bear head. I believe some books call this a bean or ear twist. Be sure to support the pinched bubbles while popping bubble no. 3 so they do not untwist. Hint - if you twist the pinch in 2 it makes good claws for your T-Rex or Eagle.
The easiest way to pop an inflated unwanted balloon is to pinch the balloon between your thumb and middle finger and simply snap your fingers. If you can snap your fingers normally you should be able to do this easily. I've even used this technique to make the fully inflated 260 'disappear' instantly. The kids like it and always ask how I did it, I tell them it was 'magic.' That's the way I do it too (though I'd mention that my thumb NAIL and middle finger NAIL pop the balloon with a scissor-like action when I snap. I never tried just snapping the fleshy parts of my fingers to pop a balloon though I expect that would work if you pushed hard enough and your hands were clean and dry). Makes pop-twists extra impressive.
I used to use my teeth, but I thought better of it when I saw a child doing the exact same thing to a balloon after seeing me do it. That's when I went to the small knife. I don't think we should set an example of putting an inflated balloon in our mouth to do anything to it.
I've found that the best way to pop a balloon is to try twisting it into an animal shape right after telling a friend, "Let me show you this new design I've come up with."
I'm not sure what anyone else calls this one so for now I'll call it a toe twist since that's what I like using it for. Make an ear twist, with only a little air in it. The softer the better. Twist the bubble in half now to form two toes.
twist along this line | v ___ (_v_) existing ear twist / ^ \ / / \ \ in out ^ |
The Dewey method for pop-twists requires "toe-twisting" each ear-twist in the pop twist series.
Mike Decker has new technique. After you make the 2 ear twists, & before you try splitting them in half with your fingers, try moving the ear from on top to under, then pushing the ear up, causing the ear to be split by the balloon (2 chambers next to it) creating 2 little bubbles from the ear. Now twist these little bubbles around a time or 2 and your ear-twist is set. Repeat w/ other ear & pop. I lose almost no pops this way and can't remember the last time a kid came back for repairs.
There is definitely a difference in the two methods of pop twisting. In the Dewey method, you twist the existing ear twist in half. In the Mike Decker method, you squeeze the two bubbles on either side of the ear twist towards each other, then push the ear twist up through the bubbles, using the bottom half of the bubble to separate it into two halves. then you twist the two halves around. When I was first starting out, I had a terrible time twisting the bubble in half and broke a lot of bubbles learning the technique. I saw Mike Decker's Video, and his technique is easier for a beginner. I could use his method immediately with little or no poppage. There is less control of the size bubbles with Mike's method. Now, I can do either, and really don't know which is better. Hope this helps
To attach one Geo, heart, or round balloon to another, save the knots from broken balloons, and drop them into the balloon before inflating, then after inflating, grab the knot in a little piece of the balloon where you want to tie on, and twist it to make a little nub to tie on to. (Otherwise, if you drop a BB or a small hex-nut into the balloon before you inflate it, the BB will fall to the lowest point. Grab the BB through the wall of the balloon and twist to form a nub that you could attach a balloon to.) The Balloon Dude in California makes an awesome elephant with a geo, using this technique, the nose comes out of the hole and the ears are attached as described.
We named the twist a raisin twist and it goes like this: tie a square knot in a scrap and break off the knot, drop this into an un-inflated balloon and then inflate and tie, grasp the "raisin" between the index and thumb, pull out slightly and twist, lock it by attaching another balloon to it. Using this twist, I was able to take home the First Place trophy in the advanced multi-balloon comp. (I made a momma sow suckling a piglet ). Brit Anders
I read in a book (about camping) how to tie a rope to a tarp without putting a hole in it. Find a suitable rock, hold it through the tarp, and tie the rope around the lump. I just applied the principal to a balloon surface.
I purchased the book by George Sands and the twist listed in there are all a modification of the apple twist. In the Sands book, he is discussing how to use a match head or piece of paper to create a knot-like effect on the nipple end of the balloon in order to create an apple twist. He does not discuss putting something in the balloon.
If you've tried the raisin twist with no luck (the balloon breaks or develops a leak), try 11 inch rounds inflated to about 8 or 9 inches maximum to practice. I've had no problem this way.
Use a raisin twist to connect some bug food to a geo for the frog sitting on the flower. Fun.
One day, I thought about the fact that out of all the different shapes I did and have seen others do, I never saw anyone twist a balloon from the side. So, I made a claw out of my hand and pinched a bubble out of the side. I've only been able to get a small bubble that way and I couldn't think of how to lock it. Yea, I invented the "twist a bubble in the side of a balloon" trick too, but I wouldn't be surprised to find out that it also was first done a long time ago. None of the twisters I met at the 1995 IBAC had done a side bubble, so I demonstrated the concept at the 260Q Jam Session, and then provided an application with my jet plane sculpture. Within a few hours of his seeing it, Sean Rooney (one of the most amazing balloon artists I have ever had the chance to meet) was already twisting 2 side bubbles in a 260, _in_the_same_cross_sectional_plane_!!!! I wouldn't have thought of that. (Wow, what dexterous fingers he has... he eventually got 3 in the same c-s plane! Sean is a fan of "Pure Sculpture" (balloon sculpture without any non-latex support structure) and thought the technique would open up a lot of attachment possibilities.
I'm not sure that any one brand is better or worse for balloons. The kind that I use is Elmers. Before I brush any of the cement on the balloons I take off the cap and let it sit for about 10-15 minutes. Letting rubber cement sit for 15 minutes helps to prevent the balloon popping; the "rubber" in rubber cement is in a solvent. The drying process allows the solvent to evaporate, leaving the rubber. This solvent can dissolve balloons. Vaseline will dissolve a condom Gasoline will dissolve a Styrofoam cup. In short, petroleum based substances (gasoline, paint thinner, kerosene, etc.) will often dissolve polymers (rubber, balloons, Styrofoam, plastics).
When applying the cement to the balloon, make sure you keep it away from your fingers. It's difficult to handle the balloon when it keeps sticking to your fingers. Use the brush that comes with the bottle to apply the adhesive, but be careful not to POKE the balloon. Also, only use a minimal amount to get the job done. Too much makes the sculpture look messy, other things (dust, particles etc.) can get stuck to it, and people can see where the glue has been applied.
Wait a few seconds until the glue loses it's clear look and becomes whitish. Now just connect the two balloons together. Make sure the balloons to be connected touch in the right place, because it's hard to take the balloons apart with out breaking them.
Oasis floral glue is the best balloon-glue made! Oasis floral glue works unbeli evably well on balloons. A small amount holds well, a large amount will not pop the balloon (as rubber cement will) and it stretches enough to take a lot of ab use. This is one of my favorite tools when building large sculptures for event decor. It doesn't need to be plugged in, you can't burn yourself on it and it d rys quickly.
Now, what can we do with the use of rubber cement?? Instructions for making a rabbit, a three layered cake and a gumball machine can be found in Steve Hattan's Mon, 25 Apr 94 email entitled "Sculptures".
For balloon sculptures, cold-glue guns are used. These are similar to hot-glue guns, but they operate at a much lower temperature and use an adhesive that does not dissolve latex as rubber cement does.
Double Stuffing
Color Combination
Do you find that humidity and/or temperature affects the squeaking? Let us know.
On long bubble sequences, if you always twist the same way, you only have to hold on to the first bubble, and the last bubble. I hold on to the first bubble with my little finger and palm, then feed the bubbles through the thumb and first finger.
When I make mine, I start with the first three bubbles scrunched into my hand, then I sorta turn the 1st bubble around in my hand an grasp it with the ring finger and pinky with the rest pointing out and around from that side of my hand. This anchors the end, and frees my thumb and 1st two fingers (sometimes 3) to continue twisting. I do the same when making 'pearls'/'grapes' bubbles. This is the best way I've found to do long sequences of bubbles, and you also don't have bubbles come undone in the middle of a sculpture. (P.S. this is how I teach my students how to twist bubbles - i.e. a challenge, see how many bubbles you can hold)
The fastest way I have found to make a "string of pearls" string of small bubbles is to roll the body of the 260 down my leg with one hand while the other hand holds the bubble. The first bubble of the string also has to be held, either by the bubble hand or by being attached to a held sculpture. By rolling the body of the 260 the same distance down your leg each time you get a uniform number of twists between bubbles. If the twists aren't even the line of bubbles tries to make them even and some bubbles may untwist. The pearls hat is not the fastest hat to make but it is popular. I figure the pearls take about as long as a fancy poodle.
I inflate a 260 no more than halfway and begin twisting round bubbles. The trick is that you have to hold the first two until you reach the end and can twist the beginning to the end. I have a lot of fun saying that the purple strands are amythest beads, the reds are rubys, the greens are emeralds, etc... Girls of all ages love them. After all, "the only thing that separates us from the animals is our ability to accessorize" (Shirley McClaine in Steele Magnolias).
I would note that it is a bit tough on the wrist and can simulate a carpal tunnel syndrome, so be sure to flex your twisting wrist after each strand.
A variation on this is that I will inflate the balloon a bit over half and use the large section that you are unable to twist into pearls to become the head of a swan when I turn the strand into a bracelet.
The easiest way to get the neck to bend is to take the uninflated portion of the balloon (the part you left for the beak) and hold it against the neck, essentially folding it over where the air ends. Give the neck a quick squeeze forcing some air into the folded over section. This quickly forms the curve of the head. There are other methods you can use, but this one works every time for me.
You should choose which method you like, according to what your goals are. Personally, I like the general, softer-looking method for butterfly wings, and the heart-and flower combination creation. If you want to put a stand-alone heart on top of a pole or on a hat, etc. etc., the T. Myers method will make your creation look great!
To quickly make two balloons twisted tightly together, Tom mentioned in his newsletter to twist them in on each other as you twist them together. What I found that works really well for me is this: Twist a 1" bubble at the nozzle end of each balloon and then lock-twist them together. Start with the lock-twisted bubbles in your right hand (I'm right handed), and then open your left hand, palm facing the two balloons. Put the twist (the center where the two balloons are being twisted together in the palm of your hand which is facing to the right. One balloon is over the space between your thumb and forefinger and the other extends down the base of your palm towards the floor. Push in slightly so the balloons are almost at 90 degree angle from the twist being created in your right hand. Then start rotating your right hand to make the twist. To get a tight twist you have to push the crook of the twist a little into your tight palm and also use the friction of your palm or fingers (right hand) to twist each balloon itself as the two are being twisted together. Also, once you do a straight twist that is locked at both ends, the balloon makes a lovely twist in the air if you throw it like a spear. Or twist a hook into one end and it's a candy cane.
Royal Sorell demonstrated his spiral weaving technique at IBAC. Try this for starters:
Inflate 5 different color balloons (any number of balloons will work), leaving a 4"
nipple.
When you are done, each balloon will end up looking like this for a left hand spiral (note that for this discussion, my balloons start with a bubble denoted "!" and end with a bubble denoted "i"):
i_ |_ |_ |_ |_ !
or like this for a right hand spiral:
_i _| _| _| _| !
and a planar, 5 balloon right hand weave will look like this:
_i _| _|_i _|_| _|_|_i !_|_| _|_|_i !_|_| _|_|_i !_|_| _|_| * !_| \ _| \_______ This vertical is where you first get ! all 5 balloons connected into a circle if you are making a tube.
To make a spiral tube:
To vary tube diameter, increase the length of the bubbles. To really change the tube diameter, twist more balloons into the centers of the long bubbles and keep saying "knit one, pearl two..." :-)
Royal and Patty Sorell use a weaving technique they call Gymping (remember Gymp in summer camp?) It's similar to Marvin Hardy's weaving with one major difference, you twist each balloon to the one next to it and constantly create tubes that spiral up. Kind of like those old knitting tubes. Each section is a tube of a different diameter. With weaving and our Gymp-ing methods, the key is when you start, use all separate colors so you can get the pattern down and understand what the balloons are doing. It's easy once you get the hang of it!
I have done a LOT of weaving of clothing for various costumes. (Wedding Dress for IBAC, Belle Dress from Beauty and the Beast for Halloween, Tuxedo for a Bridal Show....) As with any clothing, I suggest weaving it on the person directly. It insures a better fit. If you're weaving it for yourself, try to get someone else to weave it around anyway - it will still work better than trying to weave free-form.
For a vest. I start at the top, and work down. Start by forming the armholes and back of the neck with single balloons, and connect across the top of the shoulder. You'll want to connect across the front of the neck too, for the purpose of shaping. But, this balloon will be removed later, so make sure it's either a separate balloon, or that it's really well tied off. Create the "V" with two 'spoke' balloons. Using uninflated 260's to hold the front together after you weave a row will help with the shaping - just cut them out when you're done.
Tie on the rest of your "spoke" balloons across the shoulder and around the armholes. Then, start weaving! For me, the hardest part of weaving clothing is the inital structure. Once I have that set up, I can do anything.
To add white eyeballs try this: make two 1-inch bubbles with a white balloon. Pop-off and toss the rest of the balloon. Tie a knot in the remainder so the air doesn't escape, tie the two ends together, so the two bubbles are lock-twisted, and now add them to your creation where the eyes should go.
Use a yo-yo as the eyes. This gives a great eye-type look because the centers tuck in to form a pupil on each side. The groove that runs around the edge holds the crest balloon nicely! Also, you can put pieces of colored balloons, small round bubbles or something else in the dimples to make different types of eyes.
My favorite thing I picked up from T. Myers was using two small super balls in a clear heart or clear 260Q to make googley eyes. Google eyes with inserted superballs (or balloon balls) look best if you unwrap the clear latex cocoon from them after insertion.
Make a black balloon ball (just like you would make a pregnant poodle, but you detach it). Then you put the black ball into a blue balloon, but you don't push it all the way in; leave a small black circle showing. Detach it. Now you put it into a white balloon leaving the black, and some of the blue showing. Detach it. Voila! A very realistic eyeball!
Make a small black bubble with a tail of uninflated balloon on it and place it into the center of a tulip twist in a white balloon. You can also use this to make a snout with a black nose on the end. We can call it a black olive twist. (The green olive/twist is for a martini ;-)
Marvin's eyes: made from bee bodies with the ends cut off after inflating (in Pioneers' 321 book).
Inflate a 321 as you would to make an apple. Sqeeze a bubble into the colored tip (aka poodle tail). Tie a knot at the base of the small bubble so the air will stay in it. Now do your apple twist. Roll the apple toward the tip. The bubble will rest inside the end of the 'apple'. I think this makes a great nose or eyeball, depending on how it's used. The closest I've come to Pooh so far has used this kind of nose. I've tried a couple of other things with it too. You can attach it to a round balloon to get a big face with a snout, or you can make a standard teddy bear with this nose in the middle of the face. If you twist the little bubble in half before pushing it into the apple, you work it off to one side and you have a couple of nostrils for the snout of some animal. Actually, if you want a little wheel for say a carriage or lawnmower, this will give a little wheel and have a hub.
OK, how about making one of these eyes, stuffing it into a transparent balloon, peeling off the encapsulating layer of latex, and then twisting the balloon into a "seeing eye dog!" :-) :-)
When you try to tear something, most people just move their hands a couple of inches apart, as if tearing a piece of paper. This limits the amount of force that you are putting on the object, because you are subconsciously trying not to let your hands fly apart when the object rips.
Instead, do it this way: Quickly pull as hard as you can while thinking about spreading your hands, elbows and arms as far apart as possible (don't worry - your hands won't go flying off your wrists!) Get your shoulder muscles and the momentum of your moving arms into it.
Marvin said it's a martial arts thing - like the difference between holding up your hand and asking someone to punch it, and then on the second attempt, asking them to punch THROUGH your hand. The latter punch will always be more forceful.
I had lots of trouble with this myself until Marvin told us all why. Since then, it has worked for me every time and I no longer hesitate to do it. Additionally, if you make a twist and then break the balloon apart at the twist, the air can be released without a loud popping noise. This is good for when you don't want to disturb others, when you make a mistake or when the balloon has a hole in it.
A B C D ____________ ____ _______ ____ ______________ >(____________)(____)(___!___)(____)(______________)== / ^ \ / middle \ / of 260 \ / \ hold this hold this bubble in palm bubble in palm of your left hand of your right hand make sure you tightly hold the twists at points A and D when the popped part deflates; it's your fingers that stop the deflation there.
Stick your thumbs in the middle part and hold them against your index fingers and with a quick 'snap' pull the balloon apart. If you put your thumbnails right up against each other, dig them in and yank them apart quickly, it's a snap. It pops easily, and you really don't have to pull too hard for it to work. The twists on either side will keep the two separated parts from deflating. Immediately after snapping it apart, pinch or hold tightly at points A and D and let the bubbles deflate. If it makes you feel more secure, you can take the part of balloon left between points A and B or points C and D and wrap it around a finger once or twice while you knot the now separated ends of whichever side you didn't wrap.
The idea is basically the same as for a pop twist, but you don't have to go to the trouble of making ear twists. Like anything else, it takes practice. After you do it enough times, you'll get to where you skip the A-B-C-D twist and just go for the middle and snap! You do not have to have any bubbles for this to work - just pinch the balloon between your fingers or finger and palm of each hand to prevent any air from escaping. I looks really COOL !!!! and I always get ooooohs because it looks like you did something great! Plus you get a nice POP for extra drama (you don't get the pop if you just twist and pull the balloon apart the Marvin Hardy way). It is really fun to hand one of the inflated halves of the balloon to someone and ask them to hold it. Of course, they can never grab it in time and it deflates leaving you with a great opportunity for humor.
Don't be limited by the belief that the length of one balloon makes a difference. You can add another balloon anyplace there is a knot or a twist. If you run out of balloon before you run out of creativity, deflate the balloon to the last twist, tie a knot, add another balloon, and continue. Two 350Q's make a 3-100.
There have been three hurdles I have had to overcome so far.
Mike Decker says to use that one extra balloon, it will make the customers seek you out among all the other Balloon Benders
Let your imagination and your creativity fly. They are the only limitations you have.
A wise man once said, "I can make 300 balloon animals - all of them dogs." There's some truth to this statement. Elongate the neck, and you've got a giraffe. Twist a pair of bubbles in the middle of the giraffe, & you've got a camel. Make a dog with long ears, short front legs & longer back legs, stuff the forelegs into the back legs, & you've got a rabbit sitting down. You're imagination can take it from there.
It is the smoothness of the performance that counts. If people are entertained by your performance, whether the figure you make is basic or detailed, the figure you end up with will not matter.
Minimizing the deflation rate
When twisting, if you work with a tight balloon and keep bubbles as tight as possible the figure looks better, longer.
I find that greater pressure in any balloon does give it better longevity. However, they are also more prone to pop in the hands of ruffians, leading to higher attrition rates.
There are so many variables in dealing with balloons (thickness, imperfections,
temperature, pressure, etc.) that unless you have a test lab to work with, all you have
are *perceived* variations and conjecture. O.K., I perceive what appears to be a faster
rate of deflation in balloons with more twists than in balloons with few or no twists.
Scratch theory #1 that the balloon is stretched thinner at the twists. Hum... O.K., how
about "twisting bubbles tends to increase pressure in that area/ bubble, thereby
increasing rate of deflation due to combination of membrane stretched thinner (in body of
bubble, away from twist), and increased pressure." Practical experience: bear ears
tend to deflate faster than sides of head (due to higher pressure in tighter twist?) Or is
it just that the ears *appear* to deflate faster due to relatively smaller size/ volume?
Also Rate of deflation appears to vary. Ever notice how most sculptures tend to *droop*
relatively quickly, and then stay slumped for far longer than the initial rate of
deflation would indicate. I conjecture that as gas escapes, the balloon contracts,
membrane/ walls thicken and reduce rate of deflation. Or, perhaps as the outer surface of
the lava flow cools first, the still molten core drains away leaving a long hollow
tube...oops wrong channel.
Insight into soft and hard bubbles? O.K.... when they are soft the rubber/ color is
thicker/ darker than hard/ pressurized/ stretched-thin bubbles, therefore making them
harder to *insight* into. (sorry, couldn't resist.)
You can make a specific bubble (any bubble, not just ear twists) take more abuse by giving it more rubber. Twist the bubble larger than you need then untwist just enough to squeeze some air out of the bubble. The idea is to get the same size bubble with more rubber.
I'm not Looking!
Here's a tip that Marvin shared at IBAC - practice twisting figures blindfolded - entirely by feel. Then you won't have to watch what you're doing and can always be making eye contact with your audience....
I recommend that you practice making balloon figures blindfolded - not blindfolded balloon figures. Once you can make a good figure without looking at hour hands, you will be able to maintain constant eye contact with your audience. When you do that, each figure seems to appear as if by magic.
Rehearse everything you do in front of a mirror. When you can perform a trick well enough to fool the person in the mirror you are ready to do it for the public.
I like to watch my audience more than my twisting, so I usually inflate without looking, by feel. An easy measurement for sizes is using your hands, fingers etc. for different measurements, for example, the width of my fist, across the palm is about 4". If I hold the end of the uninflated balloon in my left hand, in a fist, with the tip just at the left (little finger) side and inflate it, I know I will wind up with a 4" uninflated tail. To the audience it looks as though I am stretching the balloon, while I am really just moving my hand away as I blow. I can feel the pressure change as the inflated section approaches the fist. Want 7"? For me, width of fist with thumb extended.
Was it Roger Seigel who in his book shows you how to blow up two 260's at once, tie one handed knots, and then twist a complete poodle in each hand without ever bringing your hands together? Now that's impressive!
I heard about one guy who twisted behind his back. I have done it several times and the kids get a kick out of it!
Ken "Flash" Stillman and I did a routine for the instructor's night show at the W.R.C.A. convention last November. Competing twisting balloons, inside a laundry bag, blindfolded, with thumb-cuffs on. Ken won.
Sometimes you see a twister make a multi-balloon sculpture, and because of the colors he chooses (or just pulls out of his bag without looking), it ends up looking very unappealing - sometimes even black, blue and purple like a bruise, or worse. To avoid this scenario, here are some tips for using balloon colors to your advantage.
First, some notes on color from the book "Design" by Gary Wells & Qualatex:
Seasonal colors:
warm colors (red, yellow) - advance or appear closer.
cool colors (blue, green) - recede or appear farther away.
colors can affect:
The Color Wheel consists of the 12 pure colors:
YELLOW Yellow-orange Yellow-green 1 Orange 3 3 Green 2 2 \|/ Orange-Red 3 - o - 3 Blue-green /|\ 1 1 RED 3 3 BLUE 2 Red-violet Blue-violet Violet
Primary colors on the color wheel are labeled with a number 1.
They are RED, YELLOW, and BLUE.
Secondary colors on the color wheel are labeled with a number 2.
They are created by mixing the neighboring Primary colors.
They are Green, Violet, and Orange.
Intermediate colors on the color wheel are labeled with a number 3.
They are created by mixing the neighboring Primary and Secondary colors.
They are Yellow-green, Blue-green, Blue-violet, Red-violet, Orange- Red, and
Yellow-orange.
Definitions:
Thus a "tint" color wheel could be constructed, as could a "tone" or "shade" color wheel.
Color Harmonies - how to use the color wheels:
Monochromatic Color Harmony - One hue + its tints, tones and shades (white & black are the ends of this spectrum) Analogous Color Harmony - Any 3 hues that lie side by side on the color wheel Complimentary Color Harmony - Any 2 hues that lie directly opposite on the color wheel Triadic Color Harmony - Any 3 hues that lie equidistant on the color wheel
For the last three color harmony definitions, the word "hue" could be replaced by the word "tint," "tone" or "shade."
Qualatex offers round balloons in many colors. Unfortunately, the 260Q's and 350Q's are only available in:
Transparent colors - Qualatex Jewel-Tones: Diamond Clear, Emerald Green, Sapphire (Medium) Blue, Quartz Purple, Amethyst Violet, Ruby Red, Citrine Yellow, Transparent colors - Q. Deep Jewel-Tones: Onyx Black, Cocoa Brown Opaque colors - Qualatex Standard Colors: Orange, Pink, Pale (Light) Blue, White Grey
Clear, White and Black aren't colors, Pink and Pale Blue are "tints," and I don't know where Brown fits in this scheme. Diamond Clear, Amethyst Violet, Cocoa Brown and Grey are not in the assortment bags. If you buy assortment bags but then try to hand-sort the balloons by colors, it can be hard to tell what the darker colors are (i.e. green, violet and black) without inflating them. One solution is to stretch them across the face of a turned on flashlight and the color shines through. A really easy way to sort the darker 260's is to take them into fairly bright natural light, and sort them while wearing "Blue Blocker" sunglasses. The glasses change the light patterns enough that you can see a very real difference between the colors.
After the long, but successful, campaign to get a grey 260, Pioneer Balloon began production of Grey 260Q's. This has led to yet another campaign to get additional 260 colors into production. Here is the status of these efforts:
Currently, there are 13 possible latex colors not available in 260's
One popular thought is: New shaded of green.
"I always get great reactions when I make flowers with different shades of green in
flower stems!"
As you may know, Pioneer Balloon is consolidating their manufacturing operations in 1996. As a result, they are experiencing shortages of certain products. Realistically speaking, it is pretty certain that Pioneer would not begin production on any additional products until they are caught up on their existing products. So, don't expect the new colors to pop up any time soon.
The Qualatex Color Wheel consists of the following pure colors:
CITRINE YELLOW xxxxxx-xxxxxx xxxxxx-xxxxx 1 Orange 3 3 Emerald Green 2 2 \|/ xxxxxx-xxx 3 - o - 3 xxxx-xxxxx /|\ 1 1 RUBY RED 3 3 SAPPHIRE BLUE 2 Amethyst-Violet xxxx-xxxxxx Quartz Purple
Here are the Color Harmony permutations possible with 260Q's and 350Q's:
Monochromatic Color Harmony - Sapphire Blue + Pale Blue (+ White +/or Black) Ruby Red + Pink (+ White +/or Black) Analogous Color Harmony - Ruby Red + Amethyst Violet + Quartz Purple Complimentary Color Harmony - Citrine Yellow + Quartz Purple, Emerald Green + Ruby Red, Sapphire Blue + Orange, Triadic Color Harmony - Citrine Yellow + Ruby Red + Sapphire Blue, Orange + Emerald Green + Quartz Purple,
Pink + Pale Blue + White 260Q's also look good together, though they don't seem to fit the scheme listed here. It must be a pastel thing... :-)
Additional colors can be created by Double Stuffing.
Proportion for color use:
Keeping in mind ROY-G-BIV (a mnemonic device for remembering all the colors of the light spectrum in order: red, orange, yellow, green, blue, indigo, violet) when making balloon sculptures, I think of a color line - a belt of color that changes one strip at a time:
Onyx Black, Grey, Diamond Clear, White, Pale Blue, Sapphire Blue, Emerald Green, Citrine Yellow, Orange, Ruby Red, Pink, Amethyst Violet, Quartz Purple, and Cocoa Brown.
I put Onyx Black, Grey, Diamond clear and White on one end, because they are what I would call non-colors. They are either all colors or the absence of colors, depending on whether or not you are talking about light. I put Cocoa Brown after Quartz Purple, because brown has some red qualities, and it is, also a good overlap point on our way back to Onyx Black.
On my color line, neighboring colors look good together.
However, a few other color combos also work. Any of these combos look good:
Quartz Purple + Amethyst Violet + Orange + Emerald Green + Sapphire Blue.
My personal favorite is Ruby Red + White (peppermint)
I mostly use brown as an accent: It's the teddy bear holding on to the heart, or the coconut on an all green teensy, one-balloon palm tree. it's a muscled black man sitting on the hat or swinging from the vine on a bachelorette's hat, or Mini-Taz swinging from a vine as well.
Combining colors is easy if you know what colors make what other colors when you mix
them. Two Primary Colors create a Secondary Color:
RED + BLUE = Violet, BLUE + YELLOW = Green, and RED + YELLOW = Orange.
You can combine colors that are not quite right if you remember my color line sequence and keep unlike colors apart on the same sculpture. For example, blue and orange don't look great together, because they have nothing that draws them together; no common color that gets you from one to the other in one easy step. But if you remember, how to get from blue to orange, you can make a pretty good hat. Maybe, start with blue as the base hat, allow a feeler of green and a feeler of yellow to extend upwards, curving this way and that. At the top of the feelers, you can now put an orange spiral, that looks like electricity connecting two posts. All the neighboring colors match, so nothing clashes.
Brown should only be used as an occasional accent. After all, brown, black and green look good together, but they hardly make a festive hat, so you shouldn't try that one.
Ask yourself what you are trying to accomplish. Think of a theme, and the colors may well follow:
What about the kid who asks for the pink, light blue, orange and black hat? If you're careful, you can combine these so that they work. I usually do this: Lt blue hat, w/a pink fishing pole, a black fishing line and an orange goldfish. the kids love it because all the colors they demanded are together on the same hat, and the parents are happy because you still managed to make all the colors go together. With a little ingenuity and my color line you can make things go well together that don't normally go well together, because you know which colors need to keep separate. Give me a list of colors and I'll give you a way to combine them effectively.
A tool for color design for balloon decorators:
I've found the Qualatex Balloon Network Color Kit to be very effective. We have one for
each size that we frequently use (5-, 11-, 16-inch; and 3 foot). The only drawback is that
it's tempting to use the sample if the client wants to see a certain color balloon
inflated... then you'll need to replace it. The QBN Color Kit is a great on-site tool when
the client has not selected a color scheme. It would be great to have a kit like this for
imprint balloons from Pioneer.
The process of putting one color inside of another to get a particular color is commonly called "double stuffing" in the balloon decorating side of the industry and has been used very successfully with round balloons for some time. I use it a lot with 260Qs for a variety of purposes besides the color. It often makes it possible to match a particular wedding color for instance. (This could be the solution to those bags of lesser quality balloons.) Following are some hints and then some color combinations that work well.
Try the following combinations using the current 260Q colors:
Inside Outside Result ------------- --------------- ---------------- Ruby Red Amethyst Violet = Cranberry Orange Amethyst Violet = Watermelon Orange Citrine Yellow = Golden Orange Ruby Red Citrine Yellow = Yellow Orange Pink Citrine Yellow = Sunshine Yellow? Light BLue Citrine Yellow = Neon Green Onyx Black Emerald Green = Chrome Green Onyx Black Sapphire Blue = Chrome Blue Onyx Black Quartz Purple = Chrome Purple Onyx Black Clear = Chrome Grey Onyx Black Ruby Red = Dark Copper or Metallic Maroon Pink Amethyst Violet = Hot Pink Ruby Red Sapphire Blue = Navy? Sapphire Blue Amethyst Violet = Purple Taffeta
The color mix isn't always great though; for example, black and white do not create gray, but a pearlized black or a cloudy looking white. The clear colors (Jewel tones) mix better than the translucent colors (Standard colors).
But, if you've ever wished that some of the jewel tones were more opaque, then try stuffing a white in them. The resulting colors are much more intense (an added plus) as well now being opaque.
I hope that some of you are already seeing the possibilities of metallic colors for motorcycles, rockets, spaceships, guns, swords, etc.
You can also use any color inside of any color for two-colored figures. When inflating, blow up a one inch bubble in the outside balloon, then inflate the inner balloon. For instance put a white 260Q inside of a black 260Q and make a figure as you would normally do. As you twist the bear, squeeze the air in the black, so as to leave an air pocket between the inner and outer balloons. Now, with the greatest of care take a needle and carefully prick the outside balloon. It's fairly easy to do at one of the wrinkles formed at a twist. (I've gotten to where I can pinch it with my fingernails). When you prick the outside balloon it will immediately pull away from twist to twist, leaving you with a white segment - leg, neck, etc. while the rest of the balloon remains black.
For example, make a teddy bear and break the outside ear bubbles, the nose, the top & sides of the head, the neck, the belly, and the tail bubbles to create an awesome panda bear.
Stuff a 130 inside a clear 260. Inflation is harder because you have to inflate the 260 before the 130 without letting the 260 deflate. But, try making a poodle inside of a clear 260 (the famous "poodle under glass") Use a white 130 with the clear 260 and it's an X-ray of the poodle. Any other color 130 inside the clear and the poodle is wearing a space suit.
I have made light sabers with a yellow outside and a black or brown inside. The darker color for the handle looks cool.
Multi-colored figures take a bit longer, but they are awesome. I use them a lot in balloon art exhibits and private parties when there is time to entertain rather than just make figures. The possibilities are endless.
Granted the time spent stuffing one balloon into the next is prohibitive to mass balloon work, but when ever you're looking to add a bit of flair and creativity to what you are doing, double stuffing is certainly worth trying.
Q: I have a quick question on double stuffing. I've tried several times and have the darndest time getting the second balloon inside the first! Does anyone have any suggestions, tricks, or secrets?
A: I'm sure that anything thin, round, smooth and fairly sturdy can be used as a stuffing tool. Thread the straw inside of one balloon and stretch the balloon out so that the lip end hooks over the open end of the straw. Insert the balloon and straw inside of the second balloon. Grasp both balloons together at the end of the straw and hold them while removing the straw from the inner balloon. Grasp the lip end of the outer balloon and stretch it out until the two lip ends are together. After two or three tries you will be able to do this quickly. To put 130's in a 260 you need only drop the 130 in. To inflate a double stuffed balloon you do need a pump and they are definitely harder to twist.
A: Others have suggested powdering the balloons a bit, but for me it's easy. It's mostly a matter of getting it started.
A 'balloon straw' and a 'soda straw are two completely different animals, just in case you didn't already know.
Markers and Paint Pens
Additions: Glow-in-the-dark
Additions: Uninflated Balloon Bits
Additions: Miscellaneous
This is a good effect for things that take a while to draw, like the bee-body mobile-phone. Blow up, do art-work, deflate and store. "Brrrt-brrrt, brrrt-brrrt. Gosh who could that be?" Puff! One instant phone. "Hello, [insert appropriate joke]". You can give the mobile-phone away but warn people not to use them while they're driving.
Sharpie
Expo
Other Brands
Make sure that you shake the paint marker thoroughly before you use it, ESPECIALLY the first time! Otherwise, you will wick out most of the thinner the very first time you depress the tip and your marker will be useless thereafter.
As the marker gets old, I find that I often have to pull out the wick-like tip and turn it around to get it to work well. The paint from these markers is flexible enough that it doesn't crack when the balloon flexes (unlike Liquid Paper). I have not had any problems with the balloon popping. The fine point white markers I use cost about $2-3 each.
Attach one end of the elastic to the cap of the marker. The easiest way is if you make a hole in the end of the cap, thread the elastic through, and tie a knot, then pull the knot back into the cap. If you use this method, you may want to have a spare cap to put on the marker for storage, to prevent drying out.
Take the other end of the elastic, and thread it through the spring loop in one of the safety pins. Pin this pin inside your jacket or open vest, just in front of and slightly below, your left arm pit.
Pin the second safety pin inside the back of the jacket about where your right shoulder blade will be. Take the end of the elastic, threaded through the first pin, and, pull the marker cap up to the first pin. Now bring the elastic across, without stretching it, and tie it to the spring loop in the second pin. Don't cut excess yet, you may want to make minor adjustments. Basic preparation is now complete.
The Move: Put on the jacket/ suit coat /vest. You should be able to reach across your body with your right hand, inside your coat, and find the pen in the cap hanging there, out of sight. If you pull on the cap, the elastic should slide through the first safety pin, which acts as a guide and stop. As you pull the pen w/cap out of your jacket, raise your left hand and grab the cap. Pull the pen out of the cap, with your right hand, do your writing, then push the pen, firmly, back into the cap (still held in the left hand). Appear to rub your hands together as you release your grip on the pen. Your hand movement should cover the elastic pulling the pen back under your coat. Wa-la!
Open hands to show pen has vanished. Note: this is only a rough description. Practice in front of a mirror. You may need to lengthen or shorten the elastic, or move the anchor points.
One drawback to this method is that you need a third hand to hold the balloon while your others are holding the pen and cap. If you have a spare cap, you can start with the pen, with spare cap on, in your shirt pocket, take it out, put the cap back into the pocket, have your hand free to hold balloon, then when finished, grab gimmicked pen cap when appearing to reach into jacket for regular pen.
Balloon sticks (or drinking straws) can be used as legs on a flamingo (make a pink swan).
Once I made a mother swan from a 260 & sent her out upon the waters. she tipped in the wind. I taped a quarter to a cello-straw about 16" (8" would do, I think.), & put it on mama. She made the other shore. Use the straw and coin act as a keel and ballast, respectively?
,_. =<_ \ ) / / / _ ( (___.,-' ) \(___.`--< ~~~~~~~~~~(____>-._)~~~~~~~~~~~~~~~~~ | | <=== balloon straw | o <=== coin or washer
Visibility
On the need for costumes:
How costume affects tips
Normal, comfortable clothes
On the "uniform" look
Your outfit is part of your act
On clothing covered with pictures of balloon
More examples of what people wear
Other fashion-related resources in the Guide
I've worn a variety of costumes for twisting. For a while, when working the streets (Balboa Park) here in San Diego, I wore clown garb, but since I got an extremely visible mad hatter's top hat and a spangly vest, it doesn't matter; it's VISIBILITY that counts. And kids still think I'm a clown since I'm dressed wildly and making balloons.
I like the bright clown makeup and clown costume the best myself and the kids like it. A clown is easy to spot the length of a football field away, since you are the only thing in yellow pants on a green field at a company picnic.
When we're doing nothing but twisting, my husband and I go by the name of Mr. and Mrs. Balloons. The costume consists of simple black pants - cotton, comfortable very washable, a comfortable polo shirt (long or short sleeves depending on the weather) which has balloons in primary colors airbrushed all over front back and sleeves (find an airbrush artist and or student for this) and a red Fedora hat which we found in the LL Bean catalog for about $25. This is a very colorful outfit that tells people what you do without saying a word. They can be at the back of the line and they see a colorful looking person with lots of colorful balloons twirling around him/her as they twist. It draws the attention - that's what you want to do.
Balloons draw people to the balloon person. Always have on a balloon hat so that people know where you are...
Costumes are important but they don't make the clown. I believe that a costume MUST be professional i.e. neat, clean and fit the personality. But as someone who spent 2 years studying clown & comedia in European schools, I take great offense to entertainers that dress like clowns and act like someone's uncle. To be professional, your character must "carry the mask". If your costume is bizarre, your character had better be bizrare. If you can make people laugh by dressing like an english butler and acting like an english butler, you're more of a clown than someone who looks like Bozo and acts like a regular guy.
The main point of a costume, uniform, or whatever, is to make the performer distinctive. Whether a clown suit or a Tux, the outfit points one out as different, and different in a way that takes time and care, and distinguishes one from the customers/audience/bums-on-the-street/etc., etc..
If entertainment is your goal, a solid character and costume is essential. Your clients and audience will see and appreciate the care and attention... Otherwise, you had best be the most superlative twister and friendliest most personable human (unless you do it for nothing).
If you are an entertainer, you need to dress like an entertainer - whether it's in character costume or in a fancy dress or suit. If formal, you must dress a tad better than your audience. I have seen performers in white shirt, black pants and a balloon apron with the name of the company on it. I'm sorry but that is not a performers outfit. They look like waiters or waitresses and not performers. It looks like they hired someone that answered an ad and they gave a uniform to. Balloon twisters if hired for events are performers first and must dress accordingly. Create a character or dress up if your "on stage". Now don't get me started on clowns that don't put white face on their necks...
I am certain that for some people and in some markets, there is no point or need to costume or appear in character. I get BORED if I'm not in character and performing while ballooning. I like the interaction my characters have with the audience. Clients see a value in the character and costume.
Hopefully, the costume foreshadows or suggests in some obvious way the nature of the performer. There are few things more incongruous than a clown in costume and whiteface lighting up a cigarette, slamming a beer, and bitching about life... Conversely, the twister's shirt with the balloons airbrushed on would, I imagine, do this suggesting admirably, non-verbally, and unambiguously.
I use the costume to my advantage. When 'Looie' twists, he wears big, baggy pants with double pockets; two on the front thighs, two on the hips in back. Each pocket actually has two pockets within one. Thus, I effectively have eight pockets in which I can hide balloons. The pockets are long enough to house the entire length of the 260s. I segregate colors since I use a lot of color-specific creations. No one knows I have any balloons until I whip one out. (which means I can say I'm out if I want)
In this neck of the woods and for this twister, I have made a few observations:
I have tried it several ways.
There is a perception that clowns are hired to hand out balloons for free, since clowns are always handing stuff out free. If that is how your crowd feels it is a disadvantage to be a clown working for tips.
I work in restaurants and have tried usually dressing in my black pants, dressy shirts, and my collection of wide ties ie mickey mouse or snoopy ties. but I find I make much more in tips when I wear my tuxedo and long tail coat and fancy vest or fancy cummerbund which is just a very colorful one.
I quit putting Magician under my name on nametags because too many people would "skim" it, reading just the "MA...." and assume that since I was dressed well, wore a tie and had the nametag, that I was the MAnager.
In regards to what to wear, no matter what you wear, above all you've got to look and be professional. If you look like a street bum the parents will not want you near their kids let alone giving them stuff.
Good advice from T. Myers: I don't bother with a clown costume. Clean and comfortable helps when you are putting in long hours and the balloons will start and keep the line going. It is important to be clean and friendly. I want to look like a (slightly dressed up but comfortable) dad wearing a silly balloon hat. As a dad-looking-person I still have a position of authority, even in a silly hat. As long as you look just a little better than most of the fathers out there in the crowd, the balloons will sell themselves.
Be comfortable. You don't need to be in costume to draw attention. The balloons will draw attention for you. I wear a hat and attach lots of balloons to it. A hat made entirely out of balloons is a bad idea. It will begin to feel really awful against your skin in hot weather if you're out for a few hours.
Unless a customer specifically requests something ( ie. Tux, or whatever), I try to dress one step better than most of the people in the room... generally I wear a shirt and tie in the summer time because most of my work is in a restaurant where 99% of the folks are dressed casually. I add a jacket in the winter and really rare occasions I'll get fancy.
When I work the restaurants I feel wearing a suit works best, people tend to be intimidated by someone in a tux, especially since I'm only 19.
And let me add one piece of advice for people in this costume that was handed to me by the Amazing Jody Baran: shine your shoes! People unconsciously take away performance points if your shoes are scuffed.
As a restaurant twister, I started with a white, long-sleeved shirt and necktie. Then I went to the shirt, no tie and suspenders. Then came the loudly colored vest, which I liked for the extra pockets; but I didn't like the extra heat it contained as I worked. I've gone back to the shirt, with short sleeves, and the necktie.
My balloon twisters and I all wear normal clothes when we work (black and white, with our colorful balloon apron) and we do just fine. It's comfortable, fast, easy, and we're all uniformed. That way people know that they are with Balloons With A Twist. When people call and ask if we dress in a costume, I explain to them how we dress and tell them it's because we entertain for all ages and all occasions: ie. kids that are too young are scared of clowns and costumes, and adults just want an entertainer. It works for us! I think people use costumes as gimmicks, and our balloons are so impressive they speak for themselves. Individuality is important, but my "team of twisters" as I affectionately call them are a group of individuals. I don't think we are balloon making factories, and I don't think we look like waiters. I think we look very clean and professional and so do my clients.
I often pinch hit for twisters on vacation or sick and work for a company. Otherwise, I twist free-lance. The company I work for requires its twisters to wear white shirt and black pants. It is in the contract. I believe when working for someone else and under contract, if the contract stipulates what to wear, then that's what I wear.
Many companies do insist that their twisters wear "uniforms". Just because these "uniforms" require, for instance, black pants and a white shirt, does not make them true uniforms. The performers add their own personality to the "uniform", e.g., amusing buttons, crazy ties, colorful vests, interesting headgear, etc., and turn it into a costume.
My #1 rule is to be and express myself, so my choice in colors/ties/socks/nametag and all is totally me. My argument against the "uniform" style is that to me you are taking away an entertainers identity and self when you do that, and IMHO this is where most of the entertainment and character comes from. A good entertainer can rise above what they wear, but what you wear can also help to attract attention and to help "solidify" yourself/character in the audiences mind, which is one of my main goals. I want them to remember me, not just the magic and balloons. I don't want to just be known as The Balloon Guy, or Mr. Magic.
I have seen twisters going out in a white shirt with a bowtie , black pants and an apron. By putting twisters in "service oriented" uniforms you homogenize their performer status to just being a group people who went through the training and are just working their shifts. YOU may know that they are working from the heart but the audience perceives them as service people and NOT entertainers. That may not bother you, and they may not care either. When the audience looks at the uniformed people the first thing that crosses their mind is not "entertainer" but rather "Oh, here's a balloon delivery person." My father had a balloon delivery and singing telegram business once. He had special "costumes" made (red with the pill box hat and sequins all around). Yes they were uniforms, but each one was unique. Some performers that he hired wore flowers, some wore pins. His business stood out because of the entertainers and the unique COSTUMES he used.
I did a lecture a few weeks ago for some ventriloquists in Connecticut on promoting yourself through advertising brochures and gimmicks. One of the hardest things to do when you're creating a flyer is to think about the way the GENERAL PUBLIC perceives you. Ventriloquists call their puppet all sorts of fancy names but the truth is that the public calls them dummies. White shirts, black pants and an apron is seen as a UNIFORM and NOT a costume. Uniforms are uniforms and costumes are costumes.
Not everyone can afford to go out and buy the full regalia for a part-time job. So, let me just say that bow tie, white shirt, black pants, balloon apron is as much a costume these days as baggy rainbow striped pants. In the old days, you put on a coat and tie to go to a matinee. Today, people don't generally dress this way unless they're going out to eat in a fancy restaurant or they're going to a job. Nowadays, who wears the costume we've described? Waiters, true, but only in better restaurants (most of the chain coffee shops have gone with cheaper colored shirts with open collars). Dealers in Vegas dress in white shirts, black pants and aprons. Bellmen in better hotels. When twisters put on this garb, they are dressing up in a costume that identifies them as a service provider, true, but as an elegant, high-class service provider. When you wear this outfit, it automatically changes your behavior, making you want to be more suave, more professional.
There is a big difference between career twisters who go to conventions and work on the street and so forth, and twisters working in agencies. I have been working for an agency (BalloonAbilities) for 2 years and I can tell you, there is a high turnover rate for agency twisters. We are mostly students and we don't have much money. The initial investment of an apron, a few bags of balloons, plus a white shirt and black pants is as much as we can afford. We're not really all that serious about this thing -- it's just a part time (temporary) job for most of us.
Hats are part of the act. They should always be. I wear a purple madhatter-style top hat with a bright shirt and a sequined vest. I'm also covered in Looney Tunes buttons. Everyone loves this outfit, and yes, I have other costumes, but none of them attract attention and tips like this one does. It gives my a comical appearance without making me clowny. I also do clown work, but when I work a restaurant, I prefer to avoid the clown aspect of what I do; for the most part, I'm just myself out there. Since I'm naturally bigger than life, and outgoing, it all works out pretty well. I save clowning for when it's specifically requested. A good hat is worth more than its weight in gold. My madhatter hat paid for itself in just a few weeks. Invest in an eyecatching, tasteful costume and you won't be sorry.
I use a little doo-dad that I bought from restaurant magician Jim Pace, which slips into the tie and causes it to roll up quickly when pushed by a hand or touched in the right spot by a finger. It gets a lot of reaction!
I perform as a non-speaking whiteface clown, so it is hard to communicate effectively that my time was up. I happened to be near the end of the balloons in my pocket, so I decided to just continue until they were gone. I grabbed the last 260, pulled out the pocket, left it sticking out, looked sad, waved Bye-Bye. Wow! I thought, "why couldn't I just plan out the exact number of balloons every time?"
Then I made a "magical balloon pocket", patterned after a change bag. My real pocket is deep, it holds a full gross of balloons. But at ANY point in my show, I can reach into it and (seemingly) pull it all the way out and show it empty. I could also set it up to reach in, pull out a whole handful of blue balloons, telling the kid, "I'm sorry you can't have a red one..." The second pocket could also hold hearts or other special balloons.
Regular pockets are made with 2 pieces of cloth. My right hand *pocket* (actually 2 pockets) is made from 4 pieces.
You could make two identical, regular pockets, and then sew them together. (with the front of first and the back of the second pocket sewn into the proper place) However, the seam between the two pockets will be visible.
This is a regular POCKET pattern. You will need 2 of these (don't forget to make one with the GOOD side up and one with the GOOD side down)
X * * * * * X - - - -- - - * X- - - -- - - - * X - - - - - - - -* X - - - - - - - -* *- - - - - - - - * * - - - - - - -* * - - - - - - - * * - - - - - * * - - - - - * * - - - -* * * * *This is the special part. .. make two of these also..( Again, make one with the GOOD side up and one with the GOOD side down.) Sew together on the $$$$$s with the seam on the inside and the two GOOD sides facing out.
* * * * * * $ - --- - * $- -- -- - * $ - - - - - -* $ - - - - - - -* *- - - - - - - - * * - - - - - - -* * - - - - - - - * * - - - - - * * - - - - - * * - - - -* * * * *Then lay one of the regular pocket pieces on top (GOOD side down) and sew this piece to the top piece of the 2 special ones. Sew along the * * * * s.
Lay the other regular piece face up on the bottom and sew along the * * * *s to the third piece. Then sew each of the two 'regular"' pieces into the side seam of your pants.
If I reach in and keep my fingertips close to my body, I go into one pocket. If I put my hand in just a little bit and then aim my fingertips away from myself, I go into the other pocket. Use which ever pocket seems most natural to you for the balloons and keep the other empty. Also, consider which pocket will look the most believable (hiding the other one) when you pull it out to show it empty.
Our 'balloon shirts' are airbrushed with round balloons all over and provide Identification. A simple suggestion I have is to buy the balloon vests available from the Creation Station. They have a full color Ad slick and price list to send you. From my experience the quality is excellent and you really get noticed when you wear them because the colors and prints are so great. The vests are very colorful with a splashy balloon print, and they even make bow ties and long ties. This eliminates the service oriented apron look while still giving you a clean polished look. Vests are a very generic clothing item which looks good on 90% of the people and if you change employees, the vests can be passed on to the next person.
I've traded services several times with local air-brush shops. I entertain outside their mall store in exchange for a custom airbrushed balloon-animal shirt. When I wear them on a gig, they are always very popular. The most effective use is just wearing them. People are curious and the subject of balloon twisting comes up in the conversation. As we talk, I'm able to educate them about how twisting would be good for their next birthday party or business (i.e. crowds and happy customers). I've worn out several "dress" shirts and sweat shirts and continue to have a good working relationship with local air-brush artists. Good for them -- Good for me.
I've had shirts with lots of pictures and shirts with only a few large animals. I like the few large pictures best. They seem less busy and generate the same amount of curiosity and conversation.
T-shirt decorating. There is a product called "TRANSFER-IT" I believe it's by Aeeleen Crafts and can be purchased at craft stores. Take a color Xerox copy of your picture, cover the copy with the Transfer solution. Put the image on the fabric and let it set up overnight. Then, iron the paper backing to set the picture and rinse the paper off, leaving the image on the fabric. You can get about a dozen pictures from one bottle of solution, which costs about $5 a bottle. You can also buy Cannon T-Shirt transfer paper. Scan your picture into a computer and print it with an ink jet printer onto Transfer paper. Then, iron on your transfer's. A package of 10 transfer sheets (8 1/2 x 11) is about $20.
My balloon lady character wears several things with consistency:
I have added a pouch to my apron for 'balloon droppings' so that I can always clean up after myself.
I have a variety of brightly colored shirts and I either wear bright pants or a loose fitting miniskirt, depending on the weather and my expected audience.
Whether my skirt is short or I am in baggy turquoise pants, my costume is family oriented. I never dress in a seductive way... it is not my role as a family entertainer, nor is it part of my balloon lady character.
I have discovered that people are VERY disappointed when I vary parts of my costume that have become permanent parts.
My tips go down when I wear REALLY nice shirts... they also go down when I accidentally leave my hat or vest at home.
I have a denim jumper with a bright yellow shirt. I've got yellow and orange clown (stripes) socks and a beanie with a propeller on top. I had balloon animals added by air-brush around the collar. Have them put one animal in the front (on the neck line) an animal on each sleeve (my local artist charged $3.00 per animal). It's pretty simple, but professional looking, and cool/ comfortable to wear.
As for aprons, I use two; one T. Myers 5-pocket on my front, one 3 pocket on the back. I pass the strings through those click together plastic buckle things, and then cut off the excess length.
Storing Uninflated Balloons So They Last
Carrying Uninflated Balloons So They Last
Making Inflated Balloons Last
I bought a Five-Pocket Pouch from Magellan's , and just wanted to say I like it. It's got two pockets on each side, and then one big pocket in the middle. The zippers are color coded, I keep my green, light blue and yellow in the green zipper, for instance. My sharpies (black, red, blue), super balls, hearts and Swiss army knife fit in the center pocket. You can only carry about 3 of each color, without it getting 'puffy-looking' (if you have all of the assortment plus violet, clear, and brown) which is the only drawback. Can't quite carry enough balloons, and you have to re-load after you use it once. But, for non-professional me, it's nice to store in the fridge, and grab it quick on my way out.
Aprons
______________________________________________________ [X]________________| |___________________[X] |__~__.__~__.__~__| |__~__|__~__|__~__| |__~__|__~__|__~__| |__~__|__~__|__~__| | | | ^ | | | | | | !_____!_____!__|__! | front | | | | | _ | || _ <----+-------+-- typical location of loop ||| _ <---' of colored satin ribbon |||| _ ||||| ||||| ||||| side (shown before stitching together)
I make my own aprons out of black trigger (a cotton - polyester blend) which is very washable, doesn't need to be ironed and wears like iron. The dimension of the bottom layer is 21 by 15, the next layer is 21 by 13, then down one and one half inch increments. I make five layers of pockets, then sew through all five layers, dividing the pockets into seven inches wide. (outline the apron and layers with double wide bias tape) That way I can get my hand in them to load and unload easily. My 260's are in the top two layers, two colors to a pocket (a light color and a dark color), I load the balloons long wise with the nozzle end sticking up, about one to two inches protrudes from the pocket. Fifty of each color will fit easily. This leaves three layers for specialty balloons, tip pocket, trash pocket, and pocket magic... or whatever. I make these for my clown friends out of their clown costume fabric. The first apron I made four inch pockets, but I had a hard time getting my hands in and out of them, so now, I go six to seven inches wide at least. I also make a little teeny pocket for business cards, and a small scissors pocket, I don't have the hand strength to break them like a lot of you guys do, so I carry a little pair of Fiskars children's scissors with me. I also put a piece of Bounce (dryer sheet) in one pocket because it is VERY dry here and static builds up fast.
"But Wait!!!!", you're saying "Where do the 260's go????"
That's the unique part. I HATE trying to find the color I want, even when the balloons are sorted two or three color to a pocket. So, I buy solid color bags, and keep them separated on my apron.
The best way I've found to do this is to put 50-60 of each color through the center hole of a 6" geo blossom. Pearl tones work best, they seem to be able to handle the stress of stretching over the 260's better than the jewel tones. This also allows me to "Label" the dark colors - I use a light green blossom to hold the green 260's, a pearl lavender for purple, and so on. I use white blossoms for black, and clear for brown. I have found this eliminates searching for the color I want, and tying to guess green from black from sapphire. I also use a blossom to hold my 130's and another for my 350's.
To attach the blossoms to my apron, I tie two 350's together to make a long elastic cord. I tie the ends of this to the straps of the apron, so the 350 band stretches across the front of the apron. Then I tie the neck of each of the geo- blossoms to this band, spacing them about 2" apart. The resulting apron looks like a GIANT KOOSH, but that's part of my look.
I have found that I can spend 1 hour "Loading" my apron this way, and have enough balloons to last 12-16 hours of restaurant work. The only drawback I is that, when you have fewer than 10 balloons left in a blossom, they tend to fall out on their own. Otherwise, I love this system, and customers are amazed at the variety of balloons I have.
Bucket O' Balloons
Carrying Cases
Carts
Costumes
I also carry a little basket (with a Tomato on it of course) and in this I keep clear 260's, rubber balls and, when I am working for tips, I put a little wire basket in the center for tips.
The kids are fascinated by my red and white polka dotted purses and the fact that they match my red and white polka dotted clown shoes.
For a while I was having health problems and had to use a pump. The guy from "Just for the Fun of it" made me a pump in a fanny pack and it was - ( yes you guessed it) - red and white polka dotted!! I am all better now and blowing the balloons up myself so I leave the pump at home. I will probably use it a lot this summer when it gets hot!!!
BUT WHERE ARE THE BALLOONS!!!
Well... this is a little bizarre, but I keep them up my sleeves. That's right. Nothing up my sleeves accept 260's, which go in my left sleeve (I can hold 2 gross). Being right- handed I just reach in and whip out a balloon. People are amazed. "Where did you get that balloon?? they ask. After doing this for the past eight years I can do it so fast _I_ can't believe it sometimes. I keep hearts, or other types of balloons, in my right hand sleeve.
As for how to distinguish what color I'm getting, I say "I just reach in and grab a balloon, I never know what's going to come out - because the greens turn into purples and the blacks turn into green and the purples turn into plaid etc..." This is a great line and it works well. Plus, I don't have to search or pre-sort for that purple/green/black. The kids think they are "Magic Black balloons". I do have enough play in my sleeves however, and have gotten good enough at it that I can see what color I am pulling out, if needed. If the lighting is bad and can't tell what color it is I reach in and pull out a hand full of "Rainbow Pasegety".
The only draw back to this is when I first go out I look like Popeye! But I'm the only one who seems to notice. This works for me, but to each their own!!
Fishing Vests
Gift Bags
I like the bags 'cuz I can usually find one for the current holiday or season. I wouldn't mind switching to a more permanent bag like a Dr's bag or something, but have yet to run across anything that caught my eye.
General Advice
Artistic Hi-Float application
You inflate the prepared balloon-sans plastic spider-with air and allow it to dry. Then deflate the balloon and pull/stretch it 1-3 times. Reinflate SLOWLY with helium and add the spider afterwards - if you do it before re-inflation it'll throttle around and likely break the balloon as well as screw up the "web". I prepare 3 balloons for every "one" good one that I use since it's fairly tricky to get the web to look right.
Balloon sculptures
Pre-Treating Un-Inflated Balloons
Pre-Treating Inflated Balloons
This technique was developed so that customers could receive treated balloons without the risk of being "slimed" if a balloon popped. It may also be useful for preparation of balloons to be used in a spiral arch or other design with balloons spaced so closely that the Hi-Float cannot quickly dry. Because Hi-Float must DRY to form the helium barrier coating, the balloons must be inflated while the Hi-Float is wet inside.
Sales Techniques
Substitutions: Automotive Products
The QBN business volume also teaches you about income statements, balance sheets, how to price your jobs and make money (and know you are making money).
"Business is business." Not getting a non-refundable deposit and not getting paid because of the weather is not business.
I also think that because it's in the contract, clients won't even ask to cancel unless it's an absolute emergency. Then it's up to my discretion, if I want to return the deposit or not. Generally it's no, but I will allow them to hold the deposit towards another event or date. It has happened so seldomly to me, maybe 3 times in the last 10 years, that the 50% deposit works great.
I also don't allow clients to change what's on the contract (with the exception of the # of TC). Sometime's they run out of money at the end of planning an event and want to start canceling pieces. I won't let them. They always come up with the money somewhere.
Hope I don't sound hard. I choose my words in these conversations very carefully. I am always professional. Sometimes it's a tough call.
"REFUND POLICY: The first $200.00 (two hundred dollars) of your initial payment is a non-refundable retainer fee which reserves your event's date and time on our calendar and guarantees our company will be available to decorate for your event. The remainder of your initial payment and any other payments you make between now and your event date, is refundable on a percentage scale based upon the date of written notification of cancellation. The percentage scale is as follows: 6 months or more before your event.......100%, 3-6 months before your event....50%, 1-3 months before your event...25%, and Less than 1 month before your event...0%."
"Balloons are, by nature, temporary items: Although B'LOONS BROS. uses only the finest quality balloons, some balloons will occasionally deflate sooner than expected and will also be adversely affected by wind, rain, rough handling, sunlight and other uncontrollable factors."
" Due to the unexpected circumstances that can occur with any event, we reserve the right to make changes only in the best interest of our clients. If the facility is not available or set up at the promised time, decor may be left in the nearest acceptable location. Additional time required (if available) to complete the job will be billed at $25/hour."
Because of this warning, we DO lose an outdoor job once in awhile, but we have always gained the respect of our client(s),they ALWAYS thank us for our honesty, and have all come back to us at later dates for even bigger and better INDOOR jobs.
Personally, we would rather avoid, at almost any cost, doing outdoor decorating jobs because we know it is very difficult to show our product at its best. However, if our client is well aware of the risks he is taking, and still wants us to do the job......far be it from us to turn down his $$$$ <giggle>. We always include the weather clause as well as the "no guarantee out-of-doors" clause on all our contracts.
Additional Material
The Raincheck is good for the same performance or equivalent event within one year, that can be worked into the performers schedule. The Raincheck cannot be used unless the performer is available.
Agent Contract
_______________ company [Agent] _______________ Address _______________ City _______________ Telephone Type of Entertainment: ________________ Date of Performance: __________________ Time: _______________ Length of Performance : _______________ Location: _____________________________ Telephone: ___________________________ Contact: ______________________________ Fee due to performer: $_____________ (X hours at $X per hour) Other information: _________________________________________________ _________________________________________________ _________________________________________________ Terms This contract is non-cancelable by any of the parties hereto. performer agrees to entertain at function as detailed above, and agrees to exercise reasonable, professional, judgment in the conduct and content of his/her performance. Performer assumes all responsibility for their actions. _________ company [agent] assumes no responsibility for the actions of the client or their gusts. Performer agrees to this engagement as an independent entity and may not hold _________ company [agent] liable for any acts, losses or damages. Additionally, _________ company [agent] cannot be held liable for injury sustained in relation to this engagement. It is understood by all parties involved that _________ company [agent] is the sole booking organization for the performer for all of its engagements with this specific purchaser and shall be entitled to a commission for any future engagements resultant from this function. Performer must distribute promotional material provided by _________ company [agent]. Failure to do so will result in the forfeiture of any future engagements. Should _________ company [agent] learn that the entertainer has distributed his/her own materials, said performer will not be entitled to the total fee due. Failure to comply with the terms, conditions, and specifics of this agreement shall result in the forfeiture of all moneys owed to the performer and may entitle _________ company [agent] to damages. Signature below constitutes agreement to the above. _____________________________ ___________________________ agent performer
Client Contract
Business Contract [underlined] _______________ Your company [agent] _______________ Address _______________ City _______________ Phone Date of Performance: ____________________ Time: _________________ Length of performance: __________________ Location: _______________________________ Type of function: ________________________ Fee: ___________________ Service requested by (or contact point): ___________________ Entertainer: ___________________ [by name..."Go-Go the Clown"] Type of entertainment: ______________ [be specific, balloons, magic, face painting, etc.] Other considerations: _________________________________________________ _________________________________________________ _________________________________________________ Terms This contract is non-cancelable by any of the parties hereto. performer agrees to provide entertainer at functions, as detailed above. Entertainer is retained as an independent contractor, therefore, _________ company [agent] cannot be held liable for damages sustained in relation to this engagement. *A non-refundable deposit is required prior to performance date. This deposit shall be forfeited should the event be canceled or postponed due to weather conditions or other circumstances. The fee indicated herein shall not be decreased, under any circumstances whatsoever, including decreasing the length of the performance. Total payment for services must be received on date of performance. _________________________ ________________________ Agent Name...contact point Authorized Agent of Function (If due to time constraints, a deposit is not feasible and the entertainment be canceled, a fee of one third of the total fee listed above is due.) [The above contract can be faxed to and from Authorized agent of function.]
Information Sheet
PRIVATE PARTY INFORMATION SHEET Thank you for choosing ****Your Name**** The Balloon Artist to entertain at your private party. Your entertainment package includes up to 1 hour of balloon entertainment by ****Your Name**** The Balloon Artist, complete with top hat and bow tie, and all of the balloons he uses. Please examine the following information for accuracy and return a signed copy, with your non-refundable deposit, to the address below. Your party time and date will not be reserved until this information sheet and the non-refundable deposit are received at the ****Your Company****. Full payment must be made immediately after the show. Make checks payable to ****Your Company****. CUSTOMER Name: [Customer Name] Address: [Customer Address] Home Phone: [Customer H Phone] Work Phone: [Customer W Phone] PARTY LOCATION Location: [Location Name] Address: [Location Address] Phone: [Location Phone] Time & Date: [Time & Date] Directions: [Directions] PRICES Package Travel Total Price Deposit Due $ $ $ $[Deposit] [Customer Name] Party responsible for payment
****Your Company**** Liability Terms You the customer, by signing the release portion of this document, give your permission for ****Your Company*** /***Your Name**** to work and entertain under the following conditions. You agree to accept all responsibility for all personal and real property, and persons at the event's location. Upon signing this release you are releasing ****Your Name**** and ****Your Company**** from all liability and responsibility for property, persons, and pets at the event's location, before, during and after the event. As a result of signing this release, ****Your Company**** and ****Your Name**** are free of any liability, and you the signing person will accept full liability and responsibility for persons and property at the location. Release Agreement for: ____________________________ Event, at ____________________________ Location, for ____________________________ Date/time I agree to the terms listed and accept the terms of liability. I accept full responsibility and liability for all property and persons at this location and release ****Your Name**** and ****Your Company**** from all responsibility and liability. I under stand that there are dangers to children and pets if balloons or parts of balloons are swallowed. Customer(Print Name) _____________________________________ Signature ________________________________________________ Date ______________________ Phone ________________________ Address _________________________________________________ City, State __________________________________ Zip __________
INDEPENDENT ENTERTAINER/CONTRACTOR AGREEMENT This agreement is hereby entered into by and between ( name, address, and phone number of individual negotiating contract) representing (name, address, and phone number of business for whom service is to be provided) hereinafter referred to as _____________________, and ****Your Full Name*****, an independent entertainer and contractor, representing ****Your Company****, Your Company Address, Phone number (XXX) XXX- XXXX, hereinafter referred to as ****Your Name****. Wherein ________________ desires (A broad statement of the products and services requested, the time, date, and location where products and services are to be delivered) and has requested that ****YOUR NAME**** provide such entertainment and/or decorating service, ****YOUR NAME**** hereby agrees to provide the following: (A complete item by item description of products and services agreed upon). ________________ agrees to provide ( detailed list of all items to be provided by client such as parking, meals, ladders, lift, extension cords, and etc.) The fee agreed upon between ________________ and ****YOUR NAME**** in exchange for said entertainment and/or decorating service is ($______), to be paid to ****YOUR NAME**** as follows: a deposit of ($______), which is non-refundable unless the contract is canceled more than 30 days prior to the date the entertainment and/or decorating service covered by this agreement is to be provided, is to be paid to ****YOUR NAME**** upon acceptance of this agreement. The balance of ($ ___________) is to be paid to ****YOUR NAME**** no later than _____________________ unless a later date is agreed upon in writing prior to the date of the entertainment and/or decorating service. If said balance is not paid to ****YOUR NAME**** as herein required, _______________ agrees to pay to ****YOUR NAME**** an administrative charge of ten percent (10%) of said balance and to pay all reasonable costs including court costs and attorney's fees incurred by ****YOUR NAME**** in the collection thereof. It is agreed and understood between the parties that any and all persons providing entertainment and/or decorating service as provided herein are independent contractors, represented by ****YOUR NAME****, and that no employer/employee relationship exists between such persons and _________________*. ****YOUR NAME****, for and in consideration of the mutual covenants herein contained, hereby agrees to indemnify, save, and hold harmless __________________ and the legal and beneficial owner(s) of the real property and improvements commonly referred to as ___________________________, and their respective partners, affiliates, agents, related entities, attorneys, officers, directors, shareholders, employees, successors, and assigns, from and against any and all claims, demands, causes of actions, suits, proceedings, costs, expenses, and damages arising out of or relating to this agreement or the services to be performed pursuant hereto. _______________________ ___________________________ Signed: Date: _______________________ ___________________________ Signed: Date:
****Your Name****, Inc. Services Agreement This agreement is entered into this [today's date] by and between [Artist Name] for [Artists Stage Name], herein referred to as the "Artist" and [Signer For Buyer] for [Buyers Name], herein referred to as the "Purchaser", with the assistance of ****Agency Name if one is used**** for ****Your Name****, Inc., herein referred to as "Agency", for the following services. 1. Purchaser hereby engages the Artist, subject to the terms and conditions 2. as follows: Event: [Event Name] Date: [Event Date(s)] Location: [Event Location] Time: (Detailed in Attachment No. 1) Cost: $ [Total Cost] Attachments: One 2. It is agreed that as full compensation for services provided by the Artist as above set forth, the Purchaser will pay to the Artist the sum of $ [Total Cost]. A $[deposit amount] non-refundable deposit will be issued with the signing of this contract. The balance of payment is to be made in full, on the day of the event, to the leader of the artist group in cash, company check, certified check, or money order. Any deviation from the specific terms of this paragraph by the Purchaser shall constitute a breach of this entire Agreement. 3. All outdoor performances must be conducted in a safe manner and there must be an indoor rain contingency plan. In the event of cancellation without such contingency, the Purchaser must pay the contract in full. 4. Purchaser is responsible for providing all permits, licenses and legal papers needed for any foreign events outside the United States, in a timely manner. Such documents must be provided to the Artist by the Purchaser no later than two weeks prior to the performance. Purchaser is liable for any costs and expenses related to said permits, licenses and papers. Any delay or non-compliance to this paragraph will be considered a breach on the part of the Purchaser. 5. The recording, reproduction, filming or transmission of the Artist's performances are prohibited without the written consent of the Artist. The Purchaser shall be responsible for the strict enforcement of this paragraph. 6. The Purchaser will make available two complimentary tickets per Artist member for any public events. 7. The Artist agrees that the Purchaser shall have the right to use the Artist's name, approved pictures, and other likenesses in connection with the advertising and publicizing of the engagement hereunder, but such use shall not be as an endorsement of any product or service, or for the sale of any merchandise, except with the Artist's written permission. It is also agreed that all advertising, promotion, etc. referring to the Artist will refer to him as [Artists Stage Name]. 8. The Agency is acknowledged to have performed its obligations upon the commencement of this engagement. The Agency shall not be liable for any breach, default, or failure to perform by either the Purchaser or the Artist. No changes in this Agreement affecting the Agency's commission of its payment shall be made without the written consent of the Agency. 9. Purchaser agrees to be responsible for the actions of the Purchaser's employees and patrons, and to reimburse the Artist for any damages suffered due to the actions of the Purchaser's employees or patrons, including harm to Artist's equipment while such equipment is at the place of the performance. 10. The Purchaser agrees that the services as outlined in Attachment #1 shall not be canceled or modified, except by mutual, written consent of both the Purchaser and the Artist. The attempt by one party to cancel this Agreement without the permission of the other party shall be a breach of this Agreement. 11. Should either party to this Agreement fail to carry out their obligations under the terms of this Agreement, the other party may bring legal proceedings to enforce the terms of this Agreement. Interest shall be payable to the non- breaching party on the amount of damages suffered, calculation at the rate of 12% per year (or the maximum legal rate, if such rate is lower that 12% per year). Such interest shall begin to accrue as of the date of discovery or notice of the breach of this Agreement by the non-breaching party. Should either party find it necessary to commence legal action in the case of breach, or to otherwise enforce the terms of this Agreement, the prevailing party shall be entitled to an award of court costs, expenses and attorney's fees incurred in such legal action, in addition to any damages or other legal relief awarded. The parties agree that venue for any legal action by either party shall be in ****Your**** County, ****STATE****. Both the Seller and the Purchaser agree to be subject to the jurisdiction of the courts of ****Your**** County, ****STATE**** for purposes of any legal action. 12. This Agreement cannot be assigned or transferred without the written consent of both parties. The waiver of any breach of this Agreement shall not be deemed to be a continuing waiver. This Agreement contains the complete agreement between the parties. No modification, or change to this Agreement shall be valid unless made in writing, dated,, and signed by both parties, The validity, interpretation and enforcement of this Agreement shall be governed by the laws of the State Of ****????****, regardless of the place of performance by the Artist. The terms Artist and Purchaser as used in this Agreement shall include and apply to the singular and the plural, and to all genders. 13. The person signing this Agreement on behalf of [Buyers Name] hereby warrants and guarantees that he or she has the authority to sign this Agreement and bind [Buyers Name] to the terms of this Agreement, whether [Buyers Name] is an individual, partnership, corporation or some other entity. All copies of this Agreement must be signed and returned to ****YOUR COMPANY**** with the above mentioned deposit, within 14 calendar days of [today's date]. One counter signed copy will be returned to [Buyers Name] at the address below. This contract must be returned by the Purchaser to the Agent. One countersigned copy will be returned to the Purchaser's address below. Accepted and Agreed to by: _________________________ _________________________ [Artist Name] for [Signer For Buyer] for [Artists Stage Name] [Buyers Name] [Artists Address] [Buyers Address] ****************************************************** ******** Attachment No. 1 Services are to include; [Hours of Roving Per Day] Hours of roving entertainment per day by [Artists Stage Name]. [No. of Stage Shows] Stage performance(s) by [Artists Stage Name]. All supplies used by [Artists Stage Name]. Times of performances will be as follows:
****YOUR COMPANY**** SERVICE CONTRACT ****Your Company**** contractually agrees to have _____ Entertainers at ____________________________ on ________________ from _________ to __________ to entertain children and/or adults attending _______________________________________________. In exchange, __________________________________ agrees to pay ****Your Company**** $_______ per hour (_____ total hours, ______ total amount) for the above time, and $______ per each 15 minute section exceeding the above time, if desired upon the end of the period. In the event of a cancellation, ________________________ agrees to notify ****Your Company**** at least 72 hours in advance or forfeit the deposit previously paid or agreed upon ($______). **Package includes: Strolling creation of balloon animals and crazy balloon hats, all balloon supplies, travel expenses, and fun costumes ** Make check payable to: ****Your Company**** ________________________________________ _________________ Client Date ________________________________________ _________________ Date Please sign above and mail to: ****Your Company**** Address of your company
What you are thinking about is going into business for yourself. If you ask a hobbyist to write down his expenses you get a shorter list than someone twisting to make a living. The hobbyist is not likely to include medical, dental, life and auto insurance, retirement plan, kids education, social security, taxes, bookkeeping etc. For a full time twister to make enough to raise a family is difficult and risky. He has to put in more hours and/or get paid more per hour than other twisters. If the buyer thinks he is just buying balloons, the full timer's job is at risk to less expensive hobbyists. It seems to me the advantage goes to the twister who has a regular job and twists for fun and extra income. He can pick the ripe fruit off the tree of jobs. He is not desperate for a weekday work but happy for a weekend of profitable activity. Everyone has a level of ambition and there is nothing wrong with being a part time twister. There are lots of part time, good pay jobs out there and it's fun. An ambitious balloon twister will find there are very few full time, high paying jobs in his field. If you don't have the skills for an above minimum wage job, I'd suggest you work at whatever you can, twist when you can and use the money for more education or training for a better paying job.
How Much Preparation Do You Want To Do? Different work situations call for different styles. You have to look at each situation and make decisions about which figures to offer, whether to sell figures or work for tips, whether to do a show or set up a line. As a part time twister, I look for situations that will require the least time in preparation and make me the most money per hour. I don't mind working hard and I enjoy talking to the kids and being in front of a crowd. The $250 to $350 I can make in a day working for tips at a well attended art fair is satisfying but not necessary for my survival. That I am not doing this for a living makes the whole experience less stressful. If it rains or the crowd is stingy, it is not so bad. The preparation consists of getting permission, tossing my pump, balloons, menu poster and tip basket into the car, driving to the fair, carrying everything in one load to the work site and going to work. My main money limitation is the number of balloons I can twist in a day. If I wanted to make more money in the 'sea of heads' type art fair, here are some things I'd try.
1. Investigate selling twisted balloons in your state. Some states are easy and some states are hard with sales tax, business license, and insurance requirements. In a large crowd, once the balloons are out there and a demand is established, you'll make more by charging a set price. It is chancy, sometimes a set price will scare customers away.
2. Run a crew of twisters. This requires a large crowd and setting up the situation.
3. Make a supply of Angel or Feather sticks (see True Inflations #21). They can be made in front of the TV and they can speed up the point of sale. Other add on sales like Yo-yo balloons or Tattoos can work well with help from non twister employees.
4. Be willing to travel to more fairs.
Each of these ideas increases the preparation time, effort and expense but they can all pay off. The More You Work, The More You Work Besides fairs, twisters often find work in restaurants, company picnics, trade shows, business promotions, etc. By working in public, business cards and word of mouth will naturally bring opportunities to work. It's The More You Work, The More You Work. It's like a natural law. The situation you want to set up is to have them ask if you are available. If someone asks you to work for them, the negotiating power is on your side. If you are asking someone for a job, the power is on their side. How are your sales/negotiating skills? What about your bookkeeping skills? The more you rely on working for yourself the more non-twisting skills you need to have. You have to convince potential buyers of the benefits they will experience by hiring you to twist balloons. If they have no experience with balloon twisters, few buyers have the imagination to understand or believe these benefits. Promotion by anything but a personal demonstration is difficult at best. Two things you should find out before you quit your day job:
1. If your market can support a full time twister.
2. If you have the skills to make it work.
Try looking at twisting as a second job with the goal of working everyday. Keep good records and save your twisting money. After a year, see where you stand. Could you live on that? If you quit your day job how much more twisting work would be available to you? By trying for a year, you will have some idea of your business skills, the possibilities and difficulties in your market and hopefully a nest egg in savings. I know this sounds discouraging. It is so easy to have a big weekend that full time is a temptation. Full time twisting is not impossible but it is far from easy. I just want you to see where you are stepping.
The Up Side It's fun. Fun to learn, fun to create, fun to do for people. Most people, especially kids want what you have made. You experience being the center of attention in a group of people. The ability to be at ease in front of a group is a valuable asset in nearly any field. Getting past your own fear allows your expertise and preparation to shine through. When you twist in front of people you are on stage. The more time you spend in the on-stage mode the less intimidating it is. As you get bored with worrying about yourself you can pay more attention to how they respond to what you do and say. You get to know and shape your character. You get to experiment with timing and reaction, something that's hard to do without an audience. You will be faced with business questions when you twist for pay. You'll have to negotiate with the buyer and be responsible. You will have to have your supplies and yourself in order. It's an opportunity to make money without too much hassle. Extra income generally makes life easier. Twisting can be a family activity that is more valuable than money.
Beyond Twisting OK, you're going into this full time no matter what I say. Expand your services to include balloon decorating, bouquet sales and delivery and entertainment. Bouquet sales and delivery is probably the easiest to add immediately. Check the article in True Inflations # 22. There is a whole world of balloon decorators out there. Start by offering to work for them. You wont get paid well as a crew member but you can learn a lot. The decorator may have use for your twisting skills. As you learn enough to sell a decorating job, you can end up subcontracting each other. Learning to be an entertainer is serious work but everyone has to start somewhere. You have a start by being comfortable in front of an audience. Join the clown or magic club in your area and go from there. Offering more than twisting gives you a better chance at making a sale. Each of these skills can enhance the others. These skills can be developed part time and turn into a major part of your business. It depends on what you are good at and the needs of your market.
You talk about how hard it is to make a living as a full time twister. Have you ever thought about how hard it is to make a living as a full time *anything*? I have a bachelors degree in computer science and a masters in elementary education. Getting a job isn't a problem. In fact, I've been offered some fairly high paying jobs. But that only makes sense. I dedicated 4 years of my life to learning about computers, and 2 years learning about teaching. During that time I had computer jobs, and I had minor teaching jobs that barely paid the bills. Does that mean that I should have been happy as a hobbiest computer teacher and flipped burgers for a living? Only after you know you've become an "expert" in your field are you in a position to make a serious living.
You suggest that anyone stuck flipping burgers spend whatever extra money they make on education to better themselves. Why does that education have to be academic? If I spent 6 years after high school and $20,000 a year on magic and balloons, where would I be now? I've heard people say about some magicians, "he's only a big name in magic because he was able to spend the money on stage illusions." I've never heard anyone say, "he's only got a $60,000 a year engineering job because he went to school for 8 years to learn the field."
I agree with you that nobody is going to be an overnight success in the twisting business. I also agree that most people won't be able to spend $120,000 to get their balloon career started. I don't know of anyone that offers scholarships for it. I do believe whole-heartedly that anyone that has the dedication, and the time to put into it can succeed as an entertainer every bit as well as a programmer. In fact, an artist creates the need for his own job. Once the artist is good enough, he can work anywhere. A specialized field may require your talents in only a few places.
I put myself through school as an entertainer. It was only after I did that successfully that I realized how happy I was and how I should do that for a living. It's not easy, and I have a long time to go before I'm making what I would make as a programmer. I don't care. I enjoy what I do.
Of course, my full-time twisting business has been difficult to create, and difficult to maintain. But like with any self-made business, I am terribly proud that I created it all on my own (with a little help from my friends and family). I especially love that feeling I get when I am entertaining clean adult crowds in fancy places, and everybody is having a great time. I was on cloud nine early on in my business when I entertained at the Fairmont Hotel! Going places twisting can only come about by hard work. Besides creating this all by myself, what's wonderful about having my own business has been that I am in control of my own destiny. Of course I have to please my customers, but I am my own boss. The only unrealistic expectations going on in my business are mine, and those can be dealt with. Tom, you mentioned, "An ambitious balloon twister will find there are very few full-time, high paying jobs in his field." What's great is that I've found it. I live in a choice area that has given me enough gigs, and enough to go around for all the other types of entertainers. I did a few hundred gigs last year. I think that the only way to make sufficient cash on balloons has been what I have done - - lived and breathed balloons day and night, until my friends were sick of hearing me talk about them. I don't see myself as being much different from the local full time magicians and clowns - they are making a living, have families, own homes, and are sane. Granted, I'll need a good dose of stamina to get there. Funny thing, I've only been able to afford my master's degree in counseling because of the Almighty latex balloon. Balloons have been my only dollar for three years, and has been full time. . My ballooning will be what carries in me into what I'd really like to do in the future- - -balloon therapy- - no, I mean balloons and therapy. Ballooning has supported me and will get me to the place where I will enjoy each of these professions equally. That will still probably mean at least a few gigs a week. And crazy as it has been, these two professions of mine grew (inflated) simultaneously and proportionately. Amazingly, the business skills that I have been learning from running a balloon business will transfer to any job in the future AND my counseling business. As advanced therapists tell me, it will be the dual careerists that will survive in the awful world of managed health care. Personally, it surprises me, Tom, that you're cutting the profession that you've been building for several years in the national community. I think it's wonderful you've given a wholesome look at full-time twisting. You're right, there is a lot to consider. But your whole business revolves around those items that enables others to increase in their twisting. I believe that everyone on the balloon HQ list would agree and desire that the world's twisters be **MORE PROFESSIONAL**. Don't you cringe when you seen a clown in bad makeup doing terrible balloons? Getting part-time twisters to be more professional will be difficult if they cannot model after full-timers. If anything, part-timers need to be as well-seasoned as possible. But, how would you like a part-timer to set fine adjustments on your car brakes or take pictures at your wedding? In many cases, it's the full-time professionals that provide the utmost quality work. The balloon decorating community and Qualatex is beginning to recognize twisting professionals a lot more. IBAC is the best example of this. It was primarily the full-timers that spent time there. With the increased participation, communication, and visibility of twisters, Qualatex begins to grant new products, new colors, and provide more visibility to our product, the 260Q. Products such as the gray 260Q and the imprinted 260 would have never occurred if twisters didn't have a voice. Hobbyists and part-timers usually only provide a minimal voice in these issues, and other long-range concerns of the twisting community.
If you just do what everyone else does, you will not make it in the entertainment business. You have to find something unique about yourself that separates you from the rest. It might be the balloons that you make, or your personality, or your looks or who you know. It's your uniqueness that separates you from the pack.
If you wait at home for the phone to ring you will never make it in this business. Every day I am making calls, mailing out fliers, thinking up places to contact, etc. 75% of the entertainment business is done offstage. This is a BUSINESS. If you notice, all of us have other things that we do just in case. T has a balloon mail order business, I am a magician, radio talk show host, dinner theatre producer, and manufacturer of my own magic creations.
If you are single, willing to travel, have no ties, you may make it as a twister exclusively. Keep plugging away!
I am a magician and a balloon twister. (I like that one too!) My cards say Magic, but I always verbally add ballooning, and often hand out cards when ballooning. When I book a show it's for either magic, ballooning, or both. (Usually both.) I have, in the distant past, done clowning, but I charge more for that and since I do so much clowning around in my show they haven't sprung for it for years.
General Advice On Acts
Twisting at Parties Without an Act
Developing a Character
Developing Your Balloon Act
Entertaining and Showmanship: Keeping Your Audience Amused
Entertaining the "not thrilled" Customer
Storytelling with Balloons
Balloons and Comedy
Kid Language, Adult Language
Balloons and Magic
If you do shows, remember: FIRST, you are an entertainer. Second, you are a balloonist. If you are going to do different things in your act (juggling, magic, etc.) and balloons, save handing out the balloons for last. In my experience, once I started handing out balloons it was almost impossible to stop. There always seems to be a constant stream of people wanting balloons once you start making them. Also, balloons are toys. You have to expect people who have them to play with them. I've learned that I can't give out balloons during my shows. I twist balloons during the show, and I give out balloons at the end sometimes, but if I give them out in the middle, I know they're going to make noise.
A good show is like a novel. It has a beginning, a middle, and an end. There is a very good book out called 'Magic and Showmanship' which deals with setting up your routine and presenting it in a show. It is rather long reading and best taken in small chunks but there are some real gems of thought in there for the performer. If I were to perform magic, do a few tricks, then pick up the violin and start playing, I would lose people just because there was no consistency in the show. The same would be true of someone performing magic and then saying 'Okay, now I'll twist animals for everyone'.
Start thinking like a good skit; Beginning - Middle - End (a kicker something to leave them smiling and wanting to have you back). Try making one last "special thing for the birthday child" and announce it is your finale. Or you might make a balloon ball and start them in a game of "Keep it in the Air" (as you sneak out to do your business with the parent).
Performing magic really makes me the star. However when I'm twisting, the balloons are often the stars. So I set up my entertaining to include both balloons and magic. For parties I would throw in some games which involve balloons. I do a magic show with balloon animals between each of the four routines. Doing magic, then doing balloons, you lose them. The act must be routined and not just lots of bits. If I do a trick with rabbit cards, I then, flash of inspiration... why don't I make a balloon rabbit. And so it goes. Then I remember that I forgot the birthday card so we make a magic one - then, of course, I forgot the present, so I make a super-duper balloon animal. And so on.
Your act should be an ever-evolving entity. It should be in constant change, little by little. If you pay attention to stand-up comedians while they do their acts, and then you see the same guy a few years - or even months - later, you'll notice that the routines have changed a little, and maybe entirely new ones had entered as well. It's just the evolution of the show. It keeps it all fresh. Sometimes a routine just needs a little maintenance and at other times it'll need a complete overhaul. You'll be able to tell from audience reaction, and from your own reactions, as well. Change should be done for your audience, and to keep the material fresh for you. Slow evolution of material, with occasional influxes of totally new stuff still keeps that air of familiarity. Kids like repetition with a twist (change), because they can sing along, talk along, or anticipate what comes next, but still be surprised from time to time with something new.
Make every twist an interesting experience. Pay attention to what you are doing as you twist and really keep an eye out for things you do that gets the attention from everyone in line... remember that 'thing' and use it often.. soon you'll build a tool kit of bits and pieces (besides balloons) and find yourself in more and more demand.
It is a good idea to throw in a few other things that make the show well rounded. Magic is not my strong suit so I do it as Clown Magic and tell the kids that clowns don't have any magic. I have to get my magic from them and they make up the magic word (my favorite is Pickles in your Pudding!) I also tell them that I do an educational juggling act - I tell them that when I say Ta Da! or anything hits the floor then that is when they should clap! Then I drop something to see how well they learned that lesson. They really get into it. Especially when I do a few drops at the end and then say "I just loovvve applause!"
When I first started performing as a juggler one of the most important things that I learnt was not to take my inspiration solely from other jugglers. To get an original act one should have a look at different art forms, music, dance, poetry, origami, gardening, stand up comedy, cooking whatever. Sure we need to learn a certain amount of technical stuff from those better at our particular field but the source of good performance is much deeper than that.
If you ever have the opportunity to do shows from a stage or anytime you are back from your audience you need to be able to do larger figures so that they can be seen. I have worked elementary schools where you are on stage. If you do single 260 animals they are real difficult for the kids to see.
Before you go in front of an audience to keep them amused for an hour, KNOW WHAT YOU ARE DOING! Don't take this personally but just because you know "how" to make balloon animals doesn't necessarily mean that you should accept doing birthday shows. Since you are going to be charging for this service. Be as professional as you can be. Hundreds of kids play the piano but they don't all go on stage.
Don't accept a job that you can't handle. Birthday parties are looking for ACTS. Either develop an act or don't accept the job.
Some college students around here are advertising themselves as balloon twisters and jugglers for birthday parties and they have no act. I see this type too. Their whole show can be described just like their price, cheap. On the plus side is that because of their very nature, they don't last long. Unfortunatly, they can give entertainers a bad name. A person hires them and then they are disappointed. They have a bad taste in their mouths about hiring balloon artists or magicians. Another metaphor I could use: just because you can play neighborhood basketball doesn't mean that you should play with the Bulls.
I don't see the problem. I got my start by going to a couple parties that a friend did and taking part in a few things to get the feel for it. Then, with his help, I put together my own show. So, I've never done a party without an act ready to go. But, for the person that advertises as a balloon sculptor, that's fine as long as the prospective client realizes that's all this person does. When people tell me on the phone that I charge too much, I suggest they look for someone with less experience that might be in a better position to help them out. I don't tell them to find someone cheaper. They get the idea that they have to pay a higher price for a better show. If they really can't afford me, they'll probably be happy with whoever they get, just because it's better than nothing. If they're not happy, they've been warned. Several of the people that I've sent elsewhere have called me back later, and thanked me for being polite and giving referrals, and then hired me or passed my name on to some community group they're part of that has a larger budget. If you've got a show to sell, you should be able to sell it no matter what sort of competition is out there.
You have to develop a character first. Then develop a routine around it. I know amateur magicians who just dabble in tricks and their friends hire them to entertain the kiddies. They flop and don't know what they're doing.
Develop a character: When my wife doesn't want to put on her clown make-up for walk around restaurant work, she becomes Arlene the Balloon Artist. She wears a painter's smock with brushes and balloons and crayons decorating it. She wears a beret painter's hat and takes on that personna.
I feel that the most important part of any pitch is that it is natural and a part of your character, or amplification of your own personality. If you don't feel comfortable with your own pitch; change it.
Make your twisting easier; define your character as yourself. If you are trying to be someone/thing else all day you are using a lot of energy. Make your character bigger by finding the things people like about you and emphasising that part of yourself. Your dress can be clean and comfortable and you can still create visual interest with a balloon hat and decorating the area. If you have a good place to work, you will have a line for balloons whether you look like yourself or like Barney.
For me, the pitch is what makes you a performer and not just a balloon factory. I'm not talking about tip pitching; what I really mean is the ability to chat up the line while you twist. Joking about your balloons, kidding and playing with the crowd, that sort of thing. If I could sum it up it would be, having FUN and showing that you are having fun with it. A few good lines for when the balloon pops, or when you get a crazy request or comment about what you are doing. That is your pitch (in magic we usually call this patter, what you say as you do the effect - the thing that gets them to come to you and to hang around long enough to be entertained and feel that you are worth some of their hard earned cash). There are times when there are so many kids and so little time that you don't have time for a lot of interaction but you can still be a "personality" that is fun to be around and look like you are enjoying your work.
Frankly, I get a kick out of twisting, and I get a kick out of making kids smile and laugh. I let that show when I perform and that makes it special for me and them. (I do have several "bits" that I like to do: poofing up the last bubble on a poodle tail, taking a bubble off a balloon, tickling a kid with the end of a balloon as I inflate it, forgetting to tie the knot or tying the knot on the wrong end, tearing the balloon in half and giving away free samples (that fly away when they try to hold them) etc.). This makes it more than just twisting for me.
Ideas for a balloon act:
I take the kids on a trip to the balloon zoo or to the woods in balloon world and they can see all the animals there. Sometimes to the balloon circus, where balloons do all kinds of tricks.
Look for a "Gag Bag" in your magic stores, catalogs, whatever. It is a bag similar to an egg bag, but it turns in on itself four or five times and each section is a different color. Put a balloon in the last section, and in the other sections put a bone, leash, etc. Then you can produce a "doggie" from your "doggie bag": 'I keep my doggie in this blue bag with red inside;' no dog, turn bag inside out; 'Oh, this is Tuesday (whatever), on Tuesday I keep him in my red bag with yellow inside;' no dog, find leash or bone in bag; 'but we are getting closer;' turn bag inside out, 'this is afternoon'... continue with similar patter until you get to the last section and find the balloon. You can then inflate the balloon and make the dog, or continue with the trained dog routine (sit up, speak, roll over, play dead).
Here's more:
When I do a Clown show I always make my assistant a "Super-Duper, Really Spectacular, Very Colorful, and Extremely Silly Looking, Helpers Hat.
I have giant bubble wands to make bubbles and so that the kids can help me make them. Two year olds LOVE BUBBLES. Older kids love bubbles, but they like to play with them.
Other: Face painting, magic, juggling, puppets, singing, crafts, games, jokes, running gags, skits and stories, music.
One of my favourite pitches is to sing (badly) kids songs about the figure that I am busy making. I have songs for most of my animals (How much is that doggy, Teddy bears picnic, Butterfly Flutterby, Six little ducks, Never play cards with a cheetah, Don't shake hands with an Octopus etc.)The kids will often join in with the more well known songs. If your singing is as bad as mine you can even use nursery rhymes or just use the lyrics of the songs as a poem.
One routine I sometimes use on stage is to get six kids and give them each a balloon which I have half twisted into various animals but that are still not recognisable. We then sing 'I knew an old lady who swallowed a fly' and I finish the fly, spider, bird, cat, dog, horse as they fit into the song.
Here are some routines that have been posted to the mailing list (what a terrible word for an act... would you pay to see somethine that was "routine" ?
Having balloons makes you colorful and interesting, it gets the people to come over to you: whether they stay or not depends on what you do when they are there.
Don't ever give the impression that you are trying to hurry the people through the line. Be casual and easy when speaking. No matter how long the line is, I always interact with everyone that I am doing balloons for. It's a real part of the experience for them. I usually have the person I'm making the sculpture for help me. It involves them in the performance and makes the wait seem shorter. If I can't do that, I put the balloons under one arm or hold them between my ring finger and little finger. Be outgoing and energetic. To be a wonderful entertainer, attitude is everything.
Most importantly, talk to anyone that wants to talk to you. You can talk while you twist. If you need a break, take it while talking to them. They're your audience and they want to meet the entertainer. You never know which of those people is going to hire you for something later. The biggest problem with street entertainment is that you don't get breaks. As long as people see you, you're working. You may take a break from twisting for a few minutes, but you're still under the spotlight. In fact, a lot of people came to me and asked how I got started in balloons, how did I learn, etc. They enjoy finding out about what you do. When someone asks how they can get started I direct them to the books by Aaron Hsu-Flanders (for now anyway) since they're easy to come by. This is also a good time to point out that you can be available to do workshops if they know of a group that might be interested and have a space you can work in.
When doing animals for others I try to avoid dogs/giraffes/etc, simply because that's what people expect. Swans are a favorite of mine. But beware of the trap that beginning magicians frequently fall into; perhaps the ballooning meets are fostering their own version of it; in magic it is known as: "Performing Magic for Magicians." I will label our version as: "Ballooning for Ballooners." In magic, an altogether sad truism is that the simplest self-working (read basically no skill required) tricks often TOTALLY AMAZE AND 'BLOW-AWAY' the lay audience, whereas the incredibly difficult and subtle sleight-of-hand move that takes years to perfect will often barely register a nod of interest from a crowd of spectators. Of course, any magicians present will be 'drooling' over the flawless execution and novel technique. Folks, it is DEATH to fall in this trap....death, that is, if you want to ENTERTAIN and amaze and amuse the average audience member!!! Stay in touch with your audience. If you are in a contest with other ballooners to outdo each other, that is fine. Just do not assume that the very latest and greatest creation is what it will take to please the toddler with the outstretched hand and a bulging diaper, whose mother has been patiently smiling at you for forty minutes!!!
Until this last weekend I would have said that too. People waited all day for an hour or more to have a 3 braid hat made for them. When they got to the table I heard comments like "long wait, but it was worth it", "I've never seen balloons made like this before, this is great". Being remembered as a performer is a real good objective. People that remember will book you in the future.
I used to be happy making just a "plain dog," then I started working for tips. Believe me, the customers do know and appreciate the complexity of the balloon sculptures. As my sculptures became more elaborate, the tips got larger. You must use some common sense in the number of balloons and the time frame to make a sculpture. I wouldn't do the sixteen balloon Roger Rabbit at a table. I enjoy taking some time at a table, entertaining and telling my dumb jokes. A three to five balloon sculpture is about right, time-wise, and it allows me to feel creative, have fun and enjoy what I do. When performing at a festival or large event, it is back to the fast one balloon figures, slap 'em on a leash or hat and go on to the next. So it is not a matter of what figures you do, but using the appropriate ones for the situation. And what is wrong with being a balloonist's balloonist. Hey if it makes you happy! I enjoy the challenge of learning the fifty balloon power rangers.
Good vs. bad entertainers?
There are many okay sculptors, which is what you are when you first start out. Your patter isn't polished, your repertoire is limited, but we all started there. With practice, anybody can become a good sculptor.
What's a bad sculptor? I saw a clown in Sacramento last fall who made nothing but helmets (with three-twist poodles on them) and swords. He charged a buck apiece. No patter. No smiles. Slapped a kid's hand for grabbing at a balloon. I'd call that a bad sculptor.
I was recently able to watch and talk with several street performers doing balloons (all clowns). Here are a few thoughts, as an observer of street performers:
As I was told by the Amazing Jody Baran, the difference between a good magician and a great magician is well-shined shoes. Appearance makes the first impression. In our profession, that's important, because you get about 10 seconds to surprise and delight people enough to stop and watch you (and tip you).
I learned a great lesson about the relative values of skill and presentation. Twisting for the multitudes at IBAC, one of the IBAC delegates (Brad) came up to me, and asked if he could help me. Since I had a line clear across the room, I wasn't going to turn him down. He had never twisted before, so I had him ask the child what they wanted and inflate the balloons while I twisted. Problem was, he didn't know how to say, "No, I don't know how to make that". One child asked for an alligator on an airplane. Brad looks at me, I say "no way" (We were limited to quick two and three balloon sculptures) But Brad decided to try it anyway. The resulting mess looked just like you would expect it to; lumps of green and white everywhere. But, the kid loved it. After that, Brad decided to just make anything he could think of - he just twisted balloons together into abstract forms and named them - "Nuclear reaction at dawn", "Cherry inside a lemon merangue pie", "Elephant eating a hubcap" It didn't matter what the sculpture looked like (and it never looked like it's name)- it was his personality and presentation that made the kids want his sculptures. It was a real eye opener for me.
I approach each animal in an artistic way and NOT as a churn-em-out quick balloon. Each animal is made in a very showy way and always decorated with a sharpie (not quickly but rather with extra special care) making sure that both eyes look alike and the mouth makes sense. When I make 3+ balloon creations I put on a real "street show" so everyone pays attention to all the hard work I'm doing. Anyone can pick up a balloon kit and make dogs or cats. You have to show the staff that you are not only a balloon twister, but an entertainer.
Advice to those who only make one-balloon animals: make them slowly and look as if there is some effort to your work. You'll get bigger tips.
Sometimes you get hired by a jerk (let's call him the instigator) to entertain a recipient. It's like guys who get strippers for strait-laced friends for the bachelor parties: it's a chance to get a cheap laugh at the expense of the recipient. Remember that you're there only to entertain the birthday person, not the instigator. If the birthday person doesn't enjoy it, no one in the crowd will ever hire you for their spouse's (kid's, boss's, etc.) birthday (they don't need the grief).
What do you do, when you're dragged into the middle of a situation like this....?... First off, IMHO, it's a no-win, stand-off situation...no matter what happens, someone is almost certainly going to be unhappy about it... If you 'embarass' her, then he's happy...If you don't, than she's happy. (unfortunately, I think that's their 'goal' here, to embarass the other person...)...and if you refuse to do it, least in restaurant work, then you run the risk of upsetting the person making the request (usually 1 of 3, the management, the wait staff, or the customer...all 3 of which I want on my side..especially the management/wait staff)...
I've tried to set guidlines for handling it....1st) I want total control.. I don't want someone else telling me what to do... I have to be able to 'read' the situation and act accordingly.... If the person is not 'into it' which is the way the lady in Arla's case sounded, then I have to be able to soft-pedal and retreat if necessary.... 2nd)..while I'll try to stick to suggestions, I pick the moment to do it..and the place if possible. 3rd) I can/will refuse it if it doesn't feel right, but how do you really 'know' that it isn't right......?... I try to go with 'gut-feeling', but that's certainly not 100% right either.....
I was a waiter at Farrell's Ice Cream Parlour in Tustin (when Farrell's was still a chain). We'd blow the whistles and bang the drums for any reason you can think of, and people were always trying to embarrass others at their table. The problem was, you never really knew how people were going to react. So, you have to be prepared to turn the situation around.
When it's a person's birthday, they are expected to go along. Encourage that right from the beginning. "Wow, you're really a good sport to put up with this!" "Man, they try to throw you a curve and you hit it out of the park!" "Look here everybody, here's a lady with _style_."
One time I was reaching over some people in a large group to serve someone in the corner, and a banana split boat on my tray poured ice cream and chocolate syrup down the neck of the unfortunate gentleman over whom I was leaning. The table erupted in laughter, and I quickly said "Oh thank God this happened to someone with a sense of humor! I'd hate to lose my job over this!" Got him a warm, clean towel, comp'ed his ice cream. Got a huge tip, and he'll always have a story to tell. They even came back the next week. When you give people a chance to be heroic, they'll usually take it.
"Yeah! What in the hell did you think you were doing, hiring someone who could twist something stupid like this?" (Twist something very cool, very fast.) "Or this?" (twist twist twist) "Your idea of a good time is watching someone do this?" (twist twist twist twist twist) "I mean, grow up! This is a person of high culture, who would never be amused by something like this." (twist twist twist)
"I mean, a woman lives to be (insert age 10 years younger than actual age -- it's cheesy, but always goes over well) and all you get her is the most popular clown in the tri-state area?" (Bay Area, Wichita, United States, you pick it.)
"You know, you really owe her a huge present now. Or maybe something small and precious." (Twist earrings, a ring, whatever, and put them on the person instigator.) "Hint, hint." A variation might be to make the instigator a bow tie and tell him to take her out to a fancy meal.
Make a sword and say to the birthday person, "You hold him down, and I'll thrash him."
If it's all adults, make the dirty dog and tell the instigator that he can keep it if it "likes" him. (If you don't know the dirty dog, e-mail me privately -- it's simple and embarrassing.)
Engage the crowd, and take the attention completely away from the birthday person.
"I know, you're asking, how can an adult make a living by crashing people's parties in oversized polka-dotted clothes. The fact is, I always dress like this. I learned balloons to keep people from staring at me...."
Get them all to sing: [nuh-nuh-nuh-nuh-nuh-nuhhhh-nuh-nu'] They say it's your birth-dayy! [nuh-nuh-nuh-nuh-nuh-nuhhhh-nuh-nu'] Happy Birthday to you! [nuh-nuh-nuh-nuh-nuh-nuhhhh-nuh-nu'] They say it's your birth-dayy! [nuh-nuh-nuh-nuh-nuh-nuhhhh-nuh-nu'] Gonna have a good time! (etc.)
To end your routine, go the sincere route. Make a bouquet or a teddy-bear or something so unutterably cute that it has to be accepted, then say:
"(Instigator's name) wanted me to come here today because he loves you, and he wanted to do something extra special to show it. Thank you, (birthday person) for being such a good sport. Everybody! Happy Birthday to you! Happy Birthday to you...."
Remember that the instigator is not likely to hire you again (been there, done that). You want the birthday person to appear to enjoy your performance so that others in the crowd will want to hire you. And, if all else fails, you already know the important lesson: payment in advance!
I tell interesting facts about the figure or animal I'm making in a way that reveals the recognizable shape just as I finish the story. People are so used to hearing tall tales that they expect it. With the truth as your resource, you'll have a library of material at your disposal and they'll fall for it every time!
I was watching my Mike Decker twisting video last week during which he mentioned that Shari Lewis had produced an audio cassette tape of 1 minute bedtime stories that could be adapted to tell while twisting.
storytelling with balloons. kids give you the major hero. (twist him) and major obstacles of the story (twist them, or pop the corresponding parts of you hero, if it's a gory story), and together you, the balloons, and input from the kids creates your 5-minute epic.
I've heard of twisters with 'morph' balloons, they twist a balloon, and retwist it, as the sortie evolves into recognizable other things in the story.
Harvey Potter's Balloon Farm is a good book to use for story telling. A lot of action where you can use the balloons as you tell it.
My main gig is storytelling, and I use balloons as a prop/giveaway. It has been very sucessful for me!
My younger daughter Michelle (age 9) performed in the school talent show last spring in her clown costume & make-up and made a balloon sculpture (she's been inflating them by mouth since she was 4 1/2 ) as she told the story of the Ugly Duckling. The sculpture: Michelle starts off with an un-inflated balloon, casually displayed as she starts the story. First a small puff of air, to make a 2 inch bubble near the center of the balloon. Cupping the oblong bubble in her hands, with the ends threaded through her fingers and hidden behind the hands, she talks about, "Once there was a nest with a single white egg..." adding more air she proceeds with the sculpture as she tells the story (short version), timing it so that it is completed as she finishes the story and holds it up for display with the final words "...but was really a beautiful white swan all the time." (A single balloon swan with two loop body).
Why not write your own story? When mom or dad seem unsure as to the price of $100.00 for an hour, I suggest the balloon story at $75.00 for 1/2 an hour. They give me all the names of the kids that are going to be there & I formulate a tale using their names for all the balloons I make. I limit it to 10. Extra kids are $5.00 each. If they have 5 more, you've just made your $100.00, and in less than an hour. You should see the kid's faces when I say "Susie the swan". "Your name's Susie? No! What are the chances of that happening?" It really gets going about the third or forth kid. By then I'll be pouting while I say,"You just don't want to wait for a balloon. That's not really your name, is it?". "Uh huh! My name is too Tommy!" You can time the story by putting the long narrative parts where you need to spend a lot of time twisting the critter.
A fun variation would be to twist balloon costumes for the kids, and have them act out their role. This would quickly devolve into chaos, particularly when the characters on stage outnumber the audience, but if you roll with it, everybody can have a great time. I would have a story in mind, but I wouldn't be married to it. If one of the kids comes up with a clever line or suggests a different direction for the story, I'd go with it (especially if I knew a twist to go with it!)
For another twist, there's a routine I like to do verbally, but would work well with balloons. It's a sort of "mad-libs" routine where I tell the story, but let the audience fill in the details. (I stole this from Kevin Nealon, who was one of the headliners in a comedy show I was in 13 years ago, before he went to Saturday Night Live. I...didn't go on to Saturday Night Live.) It goes kinda like this:
"Something weird happened to me on the way to the party today. I was walking up...um...what's the name of this street?"
Audience: "Maple."
"Yeah, I was walking up Maple street, and right there in front of me was a little barking dog...what do you call them...the little dogs with the long bodies...wiener dog thing...."
Audience: "Dachshund!"
"Yeah, a dachshund! It had a long nose, two little ears, short legs, lonnnnnng body, short hind legs and a frantically wagging tail. So I tried to get around him, but I had to go into the street and I was almost hit by a...a...um..."
Audience: "Car? Motorcycle? Elephant?"
"Yeah, an elephant! He had a long trunk like this, two big ears like this, two big legs with piano keys on them, a big fat body, two more legs and a tail! He was rampaging down the center of the street because he was being chased by a...a..."
Audience: "Tank? Zulu warrior? Power Ranger?"
"Yeah, a Power Ranger!"
You get the idea. After a while, they get into the swing of things, and start suggesting stranger and stranger items. If you want to make something specific, give them more clues ("it had a long neck, spots, rhymes with carafe..."), but if they name something you know, you can make what they say, and give it to the child who suggested it, and let the story grow organically.
Not for the faint of heart, but it's a lot of fun, and it guarantees that the kids will get a unique story because they're part of the process.
I would question the wisdom of doing balloons in a comedy routine. Only for the reason that whenever I think of balloons and comedy, Steve Martin comes to mind. If I were to stand up in front of a bunch of people and perform I wouldn't want them saying I was a Steve Martin wannabe. Comedy uses few props. The props that are used are usually unique to a performer and hardly ever repeated. (Who else is smashing fruit with a mallet like Gallagher?) I'm just curious as to how you could do a routine using the same props as Steve Martin and keep it fresh and unique to you.
I identify Steve Martin with a banjo, an arrow thru the head, and balloons to a lesser degree. I don't think that because it's been done, that it can't be done again... It shouldn't be re-done, re-hashed, or copied....but I can see a lot of directions that balloons can go in, and it would mostly depend on the personality/character of the performer which one (s) to choose.. Anyways, the point is that I think you can do/redo anything you like if you put yourself into it...it has to be you, or at least major components of you. I love Steve Martin, but I would never try to do his stuff, it's not me. but balloons is/was only a part of the whole package, why can't other folks take balloons as an ingredient in their package.
Adding hats, earrings, flowers, etc. to the space you are working in, as you present your stand-up would be a great addition to your act. Having twisted for people in many different bars. (local country bar, in the bar at an academic conference, in a ballroom, out west for coal miners and hunters, and hangin with old college buddies) I can say that balloons liven up any bar-scene.
Working in comedy clubs I found that a balloon act is no good unless you also do COMEDY. That's what the club is for. Of course the funny look when you look at an odd shaped balloon will present itself to a funny bit. I found that making odd hats, clothes, handcuffs, etc to someone that joins you onstage will create some great bits. The few times that I did a set with balloons, I was telling story jokes while I was twisting.
Here's the best advice I can give about comedy clubs and novelty acts: I was the only magician hired at a comedy club in Rhode Island. When I asked the club booker why he liked to book me at the club he explained that I had more laughs per minute than any other magician he ever saw. "Most magicians take 3 minutes worth of set up time and then the climax of the trick has a laugh. Too late for me." As Bozo the Clown always said....KEEP EM LAUGHING!
Country and western singer Mel Tellis had (has?) a genuine stutter and like any great performer he used adversity to his advantage. Anyone who has a stutter would be well advised to take advantage of the comedy possibilities. But.... if your stutter is not genuine I believe that it would be in very bad taste to use it for comedy. Mel Tellis made stuttering famous. He pauses or stutters at a moment in a joke or story that leaves you hanging. It really makes him special and people love it. I heard he went to speach therapy and conquered it but returned to it for his audiences' sake. Play it up instead of down - it could be great. Another good example of this is WC Fields. He was terribly sensitive about his nose in private company but used it frequently in his comedy.
Throw-away lines: You say them so fast that most people don't realize what you've said until you've moved on (there's usually a two-beat delay before the laugh). It's something you say as you're arranging the kid onstage, getting set up to do the stunt.
Don't take a throw-away joke and extend it into part of the act. It's not funny when it's given too much of the spotlight. It's obnoxious. That's why so many people hate clowns - they've seen too many of these hacks who don't know the difference between a bit of business and an act.
A lot of magic tricks and clown skits that use an audience assistant are some sort of a "sucker trick". Personally, I think a "sucker trick" is OK once in a while as long as the whole act isn't just "sucker tricks" and that there's no hard feelings. After all, we are there to entertain others, not use others as entertainment.
I don't do "sucker tricks" in my magic show because I want my helper, child or adult, to get the applause for making magic, not being the butt of the joke.
one of my fun items was to have the swinging end of the animal bop the kid on the head as I completed the rear legs, which usually makes them laugh, but yesterday I started doing it to myself, which was even more fun!
There is an underlying flaw in some children's performers. Some clowns think that when you perform for children you have to be very broad in your mannerisms, wait for them to get the joke, explain it if they don't laugh, etc. Kids are too sophisticated for that (not just now, they always have been). Mr. Rogers doesn't talk down to kids, Beakman and Bill Nye don't talk down to kids, Soupy Sales never talked down to kids. If your act is not entertaining to adults, then the kids won't like it either (that does not mean doing so-called "adult" humor - look at Winnie-the-Pooh, Animaniacs, Rocky and Bullwinkle, and Beany and Cecil for humor that appeals to both adults and children). So when you do a bit of business, deliver it with respect for the wit and intelligence of the audience. Don't draw it out and overplay it to be sure that they all "understand." Expect them to stay with you. You'll be shocked at how much they'll catch and how little you can get away with.
Watch Mr. Rogers' Neighborhood with a three-year-old sometime. They are absolutely transfixed. Mr. Rogers knows how to talk to pre-schoolers with respect for their minds. He uses words they can understand without talking down to them (as opposed to a certain large purple tyrannosaur). I wish I were half as good with children as he is.
Do a Kids birthday party well and you'll learn an awful lot about yourself, your act, your timing, your abilities. Hell, I do alot of my kid show stuff when working at the bar and get VERY good results. Yea, I'll use some blue language with the adults that I would not dare do for the kids, but the comedy/entertainment is not a result of the language, it's there only to be able to fit with the environment... it works just as well regardless of the language.
If one is looking for repeat dates, etc, follow the route of the big names in the business... Do not use "adult material". Youn will severely limit your potential horizons for future engagements in the entertainment business. Why grovel in the dirt as others do... Those who stay around in this business do not need to stoop to this level. Look at Red Skelton, who is the King in the clown business! If you follow his lead, you have nothing to be concerned about!
I was a singing waiter in Newport Beach (CA) for a couple of years, whipping out my ukulele during slow times and entertaining with a wide range of novelty tunes. Most of them were Tom Lehrer, Homer and Jethro, Dr. Demento kinds of things, but we always did a set of sing-along limericks in the bar at least once a night. I adjusted my content for the current group, and if there were children in the bar area, we saved the limerick song for later.
The key here is to use *funny* material. Blue material is not inherently funny. In fact, it is inherently a low form of humor. Look at Eddie Murphy's "Raw" for an example of a truly gifted, funny comic wasting his talent.
On the other hand, I've seen several ventriloquists who slide very easily between G and X ratings. In both cases, though, they do essentially the same routine, with appropriate twists for the current audience. Their core schtick is funny.
Since balloons are identified with children, it's usually most effective to use double-entendre rather than 4-letter words, and play an ingenuous character who doesn't realize that others might "misconstrue" what's been said. That doesn't work for everybody, but if you can pull it off you can get away with a lot of material that's entertaining for both children and adults (see the Simpsons, Animaniacs, Pinky and the Brain, and Rocky and Bullwinkle for examples of humor that works on several levels at once).
I would encourage anyone thinking of working for adult groups to work on being funny first, and only introduce blue material if it enhances the performance. In most cases, it won't help, and will reduce you to the level of the drunken hecklers we all love so much (keep in mind that if they feel you're on their level, they'll act as if they're superior to you and will probably create situations that will escalate into shouting matches and fist fights).
Most associate "adult" with "not appropriate for children under 17, 18, 21, whatever." This is not necessarily the case. You may simply be looking for ideas that would appeal to and hold the attention of audiences who are not children. To use an example: If I'm playing music for a group of people, I'll usually play any of a variety of my usual repertoire (traditional), but if a wee one comes up and is enraptured, then I'll very often (in a blatant display of enlisting the child as a co-performer) play "Mary had a little Lamb" or "Twinkle, Twinkle" little star. The kids love them (usually). Now, I think of those tunes as "kids tunes," and by extension the others as "grown up (or "adult")" tunes. That's only because of the fact that few adults like to sit and listen to "Mary had..." and the little ones like hearing a tune they know. Neither is "inappropriate" for the other, just more accessible. I've a feeling it's similar for balloons. I know it's similar for, say, cartoons: to wit, Animaniacs. Kids enjoy it, but there are some lines, cultural references and the like, that'll go over their heads. *That's* "adult" material, isn't it? But hardly something "inappropriate" for young, shell-like ears (If you don't know the show, just remember the original WB cartoons. Aren't there bits in them that you find funny now, that whizzed past in ages past?). Similarly for stand-up comedians. Kids like jokes, adults like jokes (even clean ones), but often different tastes. How often do you hear Jerry Seinfeld telling knock-knock jokes for a whole set (even particularly funny ones), how often does Steven Wright appear on Mr. Rogers Neighborhood?(and if he did, how did I miss it)
Short summary of a too-long diatribe: Adults and kids have different tastes in entertainment. Some things overlap, some don't. Some things may be "inappropriate" for little ones (can't think of an example of an inappropriate for adults but not children), some may be OK, but not appeal to one group or another (Power Rangers Movie Marathon, anyone?).
I've always felt (very strongly) that you are not worth much in comedy until you can make people laugh with a routine that's 'clean'. (and I say this with over two-years of street theatre/ improv experience, with many of my old troupe members taking classes... and doing quite well with The Second City)
I think the clowns, magicians, and family-oriented twisters will agree; anyone can stand up in front of a crowd of frat boys and yell cuss-words to make them laugh.
My advice would be to keep it clean and fun, and build a reputation on solid, good comedy. But that's just my choice. I do know there is at least one balloon book out there with adult material in it. If T. Myers doesn't offer it, I'd guess he could give you the reference.
I read this in "Laughmaker's" a while ago and regret that the issue in question is not at hand that I can give proper credit for this idea.... The trick requires Don Alan's "Comedy Egg Can" (your favourite dealer or Mak Magic... wholesale). The effect has the performer cracking an egg into a can, covering and inverting the can on a volunteer's head, whipping the cover out (it being the instructions), discovering that was the wrong thing to do (the instructions say "Do Not Remove") and (with magic) whipping the can off the volunteer's head to reveal no mess but a load (in the usual performance of this trick, candy). I put (on the suggestion of the anonymous wise magician) 260's in the load chamber. This trick comes after the magical birthday present production and leads into the balloon animal conclusion of my birthday party show (or some daycares). NOTE: Through trial and error, I discovered boys from 5-7 years work best for this trick... the volunteer MUST hold the can still while it's on his head (pre-schoolers fidgit) and the way I build up the (imagined) mess factor in this trick, girls often panic... would you want YOUR party dress drizzled with egg goop?
When I do the egg can routine I like to spruce it up a bit and add some funny glasses, ofcourse they are to protect the eyes of the volunteer from all the egg mush. I also pull out a bib with ketchup, mustard, etc stains and place on the volunteer. I say that this trick usually works all the time..... but just in case (as I put the bib on).
I also use the EZ hat loader. Same principal as egg can but are secretly loading your balloons into the hat as you sprinkle magic dust. I did this routine today and produced all the balloon which led into the balloon portion of my show. Went over well. Depending on how many balloons you load you can load streamers, eggs, what ever will fit. However, I do have once question. Does anybody have any ideas/suggestions for a noisless load as you drop the laod from can to hat? Also, what kinda hat do you use? Some hats which have a plastic bottom make a "kerplunk" when the load lands and if the hat bottom is to soft then the load will show an indent when the load lands. ANY IDEAS???
Music is a universal language and children respond so well to it. In my act I do comedy/magic/juggling - some to talking, some talking with music and the rest to music only. I don't just use it as pad behind the actions, but I work with it integrated into each bit, actually choreographing my movements. I'm kind of fanatical about getting "the right" piece of music for each segment and it takes a lot of rehearsing to know the music well. But it has been so worth it as the kids really respond to this.
If there are words in a song, I tend not to talk, having chosen the words to match a theme of what I am doing (example, "Pretty Paper", Willie Nelson, for a paper tear trick).
When you use music in the act, consider the many working magicians using music. Watch Copperfield, watch old magic show vidios. Get a book catalog from Magic Inc. (1-312-edi-bull) and find books that explain how music is choreographed to a show. The music should underscore the act, not overpower it.
There is lots of good music out there. Or if you are like Blackstone, have some guy with a MIDI keyboard sit in your orchestra area and just accompany your act with incidental music. I also play guitar and sing in the act and have even had friends write and record music for me that I use.
Play a balloon by controlling the amount of air released from the balloon while holding the nozzle to create a squeaking sound. (Do the same bit, only put one of those bird squeekers in your mouth to do the song. No one will know the difference. Learning the mouth squeeker is easier than learning the delicate instrumentation of the balloon.)
I have an entertainer friend who maintains that he has played balloon "professionally" in a bar band. He uses a round balloon, and rubs his fingers along it at various speeds to create sounds. I've heard him do it, and while I wouldn't call it enthralling I've heard worse things labelled 'music'.
I've experimented with blowing up a 6-12 inch bubble in a 260, trying it, then stepping on the knot and pulling the uninflated part taut, and playing it upright (plucked) bass style. I haven't quite managed a real scale (and probably won't) but it's a nifty bit anyway...
Pull (stretch) one of the inflated fingers on an inflated surgical glove and then let it thump back down, for a base beat. Inflate a 260 3 inches, and make a 1 inch tulip twist,and pass it thru the center hole of a large Geo. Stretch the uninflated portion and strum it for a really cool bass!
While twisting on long jobs I always play tunes on a blaster or portable sound system. I also use music stings in my stage shows.
DJ's and dance halls are not the only ones who need to pay music royalties; ASCAP and BMI will actually send people around to restaurants to check if music is being played. If you are offering music as any part of the service you provide & collect money for, the law says that you have to pay royalties.
You can (and it has happened), be fined $5000 per song *YES, $5000 per song* you play. In fact the law provides for damages of not less than $500 and not more than $20,000 (or more if infringements are WILFUL) for each song infringed, plus court costs and in the court's discretion, reasonable attorneys fees. Word to the wise: get ASCAP/BMI real soon.
A dj's licensing only covers him when he makes the money himself, or is playing at a wedding or party were he is the only one making money off of the music played. If you work for a club/group/assoc that charges admission, both you and the club/group/assoc must pay ASCAP/BMI licensing fees. Everyone making (well, at least charging) money must have the license.
ASCAP and BMI (two separate and to some degree competing organizations) act as agents for the music copyright holders, who are the writers/arrangers/artists or "their" music publishing companies. ASCAP/BMI serve as a clearing houses whereby the copyright holder can get a return on use of their material without having to deal directly with thousands of users, and the users can meet their obligations with without having deal directly with thousands of copyright holders. It also provides a standardized and non-discriminatory arrangement and fee schedule.
One may asssert that ASCAP and BMI are big bad "monopolies," but the system is fundamental to the way that the music industry works, at least in the US. When you switch from playing records for your own enjoyment, to playing them in a public venue or as part of your "business," you also switch roles from being a musical "fair use" consumer to being a part of the industry and you need to understand the rules.
The Canadian version of BMI, SOCAN, soaks all musicians, agents and hotels, halls and anyone who might book a band or DJ. If you perform at one of those places you are covered. IN CANADA: DO NOT succumb to the entreaties of SOCAN to pay YOUR dues if your principal business isn't playing or booking music. YOU DON'T HAVE TO. However, if you are on the road with a huge stage show which incorporates non-original music... think twice because you'd hate to get nailed someday.
In the ACSAP/BMI Q & A flyer it reads:
- Is my business affected by the copyright Laws?
Copyrighted music is a property and its use must be paid for as any other neccessary business expense.So as long as your business plays copyrighted music, you must pay a license fee. This includes aerobics, dance and exercise studios; hotels; discos; nightclubs; shopping centers and malls; hospitals; colleges; restaurants; country clubs; cruise ships; industrial plants; skating rinks; trade shows; conventions; expositions; meetings; telephone music-on-hold systems; and radio and television stations---as well as many others.- What if I only play from the radio or a tape?
Wharever the source of music ---tape, record, compact disc, live musicians or the radio (over the speakers, to include your phone) --you still must pay a licensing fee for the right to play that music as part of your business.- What happens if I continue to play music but refuse to pay?
BMI will check your music programming, and when our music is played we will take approiate legal action. BMI is committed to protecting our writer's and publisher's right to the full extent of the law. And the penalties for copyright infringgement can be substantial...from 500 to as much as $100,000 per copyrighted work. So paying a norminal fee now can save your more money in the long run."
If you are using music in your act in a public place and getting paid for the act, ASCAP can tap you. I have found two sources for tapes which the fees have been paid and you are able to use the music in your act. There are probably more sources out there. . Steve Kissell in Norfolk, Va also carries some tapes. This music is either in public domain, or the fees have been paid for the music to be used for performers in public. I have a couple of the tapes, the music is cute and upbeat. Out of respect for performers who make their living in music, using these types of tapes is just the right thing to do.
Any music in public domain can be used without paying royalties. I use a lot of classical music in my act. A great one for kid's shows is CHILDREN'S FAVORITES, The Carnival of the Animals, London Records
Chum up with your local radio station and ask them about POWER PARTS or CENTURY PARTS. These are CD's with thousands of musical interludes, sound effects, atmosphere sounds that they use in commercials and production. I have used many of them in my act.
I have found some great background music on the following CD's and tapes: TELEVISIONS'S GREATEST HITS, 65 TV Themes of the 50's and 60's by TeeVee Tunes Lonetown Productions, Distributed by TVT Records. Each song is about a minute. Everyone recognizes these themes - Mission Impossible, Mister Ed, I Love Lucy, Hawaii Five-O, Woody Woodpecker etc. There are also a lot of CD/tapes out with short sound effects (anything you can imagine).
There's a great CD out called "The Idiot's Guide to Classical Music" which features 99 well-known classical themes (just snippets, not the whole piece). Most of them last 30 seconds to a minute. I use the CD a lot in video production, but it's worth a glance for those of you seeking quickie music bites. The best part? The CD costs 99 cents at Tower Records; I've seen it elsewhere, but never over 5 dollars. It's a promo for their line of classical music for people who hate classical music.
I use a lot of classical music, but it can be overwhelming to pick out in the record store. One of the best is the Carnival of the Animals but another good compilation is: CLASSIC GREATEST HITS by RCA Victor (Boston Pops, Chicago Symphony and Boston Symphony) It has William Tell Overture (Lone Ranger show), 1812 Overture, the Sabre Dance, Flight of the Bumblebee, Blue Danube (Skater's Waltz) plus others which I have found work great and the recording is good.
THE CARL STALLING PROJECT Vols. I and II - Hal Wilner (SNL music producer in the Golden Age) has assembled two treasure troves of music cues from the Warner Brothers ("Looney Tunes") cartoons. Great stuff and well-mastered. 2.HANNA BARBERA COLLECTION: THE MUSIC Vol 1 - Rhino Records (surf the net) has put out some outstanding collections and this has tons of USEFUL cuts between the familiar jingles.
In "The Linking Ring" Richard Wayne Productions offers a "Magician's Easy Edit Music Kit Vol. I" on CD. The COPYRIGHT FREE music on the disc is designed for cross editing, looping and other fancy stuff that makes the package seem ideal..
Also, HOOKED ON CLASSICS by K-Tel, has snippets of great classical music all strung together - really fun.
I use Joannie Bartels tapes a lot in my shows. Both for children and for retirement center gigs. Try her Dancin Magic and her Silly Time Magic. I think they are tops - she has 3 or 4 others, but these are definately tops in my book! Dancin Magic has a real "jazzed up" version of the Hokey Pokey that is a lot of fun, especially for a clown.
When I started using music to my show I preferred old jazz and swing using Les Brown, Ray Bryant Combo with some yakkaty sax and Ray stevens (everything is beautiful as closing) If you are a clown, why not use the caliope music found in Laugh Makers and WCA magazines?
18. By the end of the party, he's got every damn kid doing the "pull my
finger" trick.
17. Clown car must be started with breathalizer device.
16. Keeps screaming, "My name's not BO-zo, it's bo-ZO!"
15. References to Kierkegaard and Nietzsche are lost on most 5-year olds.
14. Props for his "disappearing" trick: a moving van and your wide-screen TV.
13. Scares the holy hell outta the kids during the "Severed Limb" trick.
12. Tells the kids he killed Barney in a blood match in Newark.
11. Didn't bring any balloons, but manages to twist your dachshund into other animal
shapes.
10. Prefaces each trick with, "here's a little number I learned in the joint."
9. Not exactly the Peewee Herman impression you were expecting.
8. Wears a T-Shirt that says, "Drug-free since March!"
7. More interested in squirting seltzer into his Scotch than into his pants.
6. Those huge ears look too darn life-like, and the entire act consists of showing charts
and complaining about the deficit.
5. A sad clown is one thing -- a clown who spends the entire party with a gun to his
temple is another thing entirely.
4. Only balloon animals he can make are a snake and a "snake on acid."
3. Business cards include the phrase "From the Mind of Stephen King..."
2. Price list includes "lap dance" and "around the world."
and the Number 1 Sign You've Hired the Wrong Clown for Your Child's Party...
1. All the balloon animals are ribbed and lubricated.
When someone calls me for a gig, I ask them what they would like me to do. And based on how many kids, adults, etc., and the type of party, my response varies.
When I get a call for a birthday party I have found that the parents usually don't have a clue as to what they want other than entertainment and fun for the birthday child. When I get a call from a frustrated mother who has never hosted a party, I tell her I have the perfect answer - my birthday planning guide. I've been using a Birthday Party Planner for about 7 years. The book in which I found the idea for the planner is: The Happy Birthday Business by Frances Marshall.
Why do parents wait til the after-school-time, even on weekends? I now suggest on weekends that people have their party between 12 noon and 2pm, or 1 and 3pm. Otherwise the kids get all wound up waiting all day. It's proved highly successful, I fit more parties in at weekends, and it enhances the "I'm a professional, I know what I'm doing" approach.
Birthday parties go rather quickly; in two hours there's just barely enough time to play pin the thing on the picture, eat cake and open presents - you don't have to fill the whole time (after a couple of hours, the kids go ape anyway). Just make your part the highlight of the day.
If you can do many bits, you can offer people an "act menu" to choose from, but you could tell the client that you have a 30 minute minumum. Then they can mix and match what they want. I have an hour minimum and get a higher rate because I dress as a clown and I figure in the time it takes to put on my face.
My policy is to state the maximum amount of time I will work (1 hour for private gigs). This gives me an escape from those large & rowdy parties that would keep me there for days and avoids awkward situations at small parties where the kids get all the balloons they can get into their parents' car in 30 minutes. But I rarely stay less than an hour.
I tell parents that I do a 30-40 minute show plus I make balloons at the end. Unless I have someplace to be immediately after the show, I usually stay for an hour. I plan for a 45 minute show, but if the show runs short because the kids didn't respond, I've still done what I said I would. If it's a good group, I'm happy to go longer.
Our parties are an hour long unless we do facepainting. Our show can be shorter if we feel we need the extra time to make the balloons. We don't estimate according to how many children are at the party, we time ourself so we can get the job done in an hour. I usually recommend 1 hour for 20 children or less. If they are planning on having more then 20 children, I tell them an hour won't be sufficient. I make more extravagant balloons depending on how much time I have and how many children are there. I was hired once to do 1 hour of balloons for 2 children!!! On the other extreme, I was hired for 2 hours to do a party at Bally's Hotel and Casino for 500 people (I let them know that it clearly wouldn't be enough time for everyone to get a balloon hat, but they said that was fine).
This is what I normally do at a typical in-home birthday party:
Before the party you must find out how many guests are expected, and their age group. I ALWAYS ask how many will be attending. But I find at 95% of the parties there are 12 children.
We suggest that you invite 1 guest for each year plus 3. ( A 7 year old would have 10 guests.) If the child is over 4 years old , and you have good help, 8-15 may be ideal for the most fun.
I like to have about 10 - 12 at a party - I have had as many as 30, but I don't really like to do that many.
I do a one hour party show (max) comprised of face painting, balloons and magic. I tell the host/hostess that I can do all three if I have under 15 guests but if there are more than 15 then THEY need to choose what they want cut out so that I only stay an hour. Sometimes I cut the magic down or limit face painting to only the simplest of designs. If I have under 10 guests I do more silliness before I begin anything else.
I can only twist 1 simple balloon per minute so I take one clown for every 25 guests to ensure that everyone is happy. This should give you enough time to make more elaborate designs and even time to clown around and repair broken swords before you make your exit. I have booked 2 parties with guest lists around 30 and have started using another clown to help. We throw in a couple of skits if time allows. My wife and I go to all the parties together. It gives us a reason to ask for more money than the single clowns, it allows us to work much larger events and parties more effectively , and it solves the problem of deleting portions of your act to have time to make balloons for every child. Some of you might want to look for a full-time partner or a part-time partner to work with when the parties get big.
There aren't many ways to twist lots of balloons in a short amount of time. Here are tips on dealing with the all too familiar situation of too many kids, too little time:
Give anything a try. What works best for one isn't always right for another. When you can't keep up you just have to do the best you can and keep smiling all the time.
Do not drink a lot of sodas before your show! Brush your teeth and use the bathroom before your show.
Bring a few bags of balloons, so that you have spares in case you've gotten a bad batch.
Parents like it when you get the kids involved - the more the better.
Chances are that you will be second guessing yourself with decisions (cost, effects, time, patter etc.) Go with the flow and have a hoot. Be creative, cool, crazy, colorful, and of course be yourself. Don't think too hard about it. Just stay calm and think FUN!! Have fun with it. Fun is contagious. If the kids know that you want to have fun with them, they'll join in. I just go with my style. Don't be afraid of doing parties as long as you can keep them entertained. When they hire you, they already have a good idea of what to expect, because they've already seen you perform, wherever you were at when you gave them the card, so they already like you. Be yourself, or be your character, and just run with it, while keeping up professional standards.
Make a plan. That way you at least know what you would _like_ to do, but be prepared to change according to the children's needs (some have a little more energy then others). I usually have some sort of list made up with a few extra items in case I run short. You want to give them enough but do not try to stuff all that you know into one show. Leave them wanting more. That way if you get a referral for another show, you have not blown your whole act.
Kids really love to see you make hats for the adults at children's parties - giving Grandpa a hat is a great way of getting a laugh. Don't forget to give out a calling card with each balloon you give out. The calls will start rolling in.
Be careful not to make anything with 3 balloons if you are not going to have time to do this for everyone. (Except the birthday child -he/she should always get something extra special)
The goal is not to be just an adequate performer, but a hero, so that parents will recommend you to others, kids will beg to have you come to their parties, etc. We really are heros; we're paid superb fees to do the impossible. We takeover a bunch of kids whose hearts are set on a riot. Therefore we have to be able to handle ANY problems. The adults are visibly delighted when we turn up. They're so grateful even if you can only handle 99% of the kids.
Who has the responsibility for maintaining control over the children at a party? You as a performer at a children's party assume the responsibility for control over the children that you are hired to entertain. It's part of the job. Each of the parties that you do is the best opportunity that you have to be hired for more work based on what you do and how you do it. We all need to be concerned in how we are viewed by the people that hire us. If we make a lot of demands on the folks that pay us (like - you are responsible for controlling the kids, etc.) then I'll bet that in the future they will pay someone else. Always remember that when you are working with children at a party, they are going to be in a very "up" condition. They are excited by the party and by the balloons that you do. I know that it's hard to be compassionate toward a creepy kid when you're concentrating on doing your act, but I contend that you're not there to make balloons or pull rabbits from hats, you're there to ensure that everyone has a good time (including "bad" kids).
Bored children of a certain age will wack each other with whatever is at hand. In a birthday party setting, I ask for 3 things: That the children remain seated and refrain from blurting out requests since _everyone_ is getting a balloon; that the children take very good care of their balloons so they can show their parents what they received; and that Mom take any balloon blugeons away and put them with the goodie bags. This "orderliness" tends to allow us all to have more fun, since I get to know all the children in turn and we all share some laughs.
If the kid starts to cause a real problem, tell him plainly, in a friendly, loving, but not joking tone, that you won't tolerate that behavior. Don't be rough, don't hit, don't yell and don't frown, just smilingly, firmly speak to the child in a kind and loving way (I know it sounds funny, but if you're thinking this as you do it, your body language will communicate it). If the child continues to cause a problem, take the child to *another* parent (if the child's actual parent is there, play dumb and ask someone else if he's their child) and ask for assistance in keeping the child back while you're performing for the other children. This tends to chagrin both the child and the adult, and while they're standing there sort of stunned, walk quickly back and let the kids gather 'round you again. If you can get most of the kids twisted and happy, you'll have some extra time for the problem kid at the end (and the problem kid probably needs some extra attention, even if he's a pain in the ***).
In all cases that I have run into in over eight years of children's party experience, children can be handled with no direct threats or insults directed at them or the adults. Learn from each bad experience that you have. Early, calm and creative action can prevent an enthusiastic kid from becoming a problem in the first place. If at all possible you want to handle this without involving the people who are paying you to be at the event. They will give glowing recommendations, and tell other parents "Cap'n Denny made great animals, and he even handled Billy Buttsticker!"
The key is to be patient, but don't wait until you're ready to blow your stack. Tell the child *one time* to behave. If he doesn't, lovingly force him to comply. Stopping it early without rancor will go a long way toward ensuring that everyone has fun.
Usually I can get the kid under control, by giving him another balloon, and telling him that I need him to blow THIS one up for the next hat...every few seconds I "check on him" to see how he's progressing. "No progress yet?!?!?! Keep on trying!"
People do invite the trouble-maker kids. S/He's a neighbour, child of important adult friend, friend of the birthday boy or girl, the class bully, or a classmate when they invite the whole class. Handle the problem kid in such a way that you get sympathy and help. If you spoil the fun for the terrible kid who is a friend of the birthday boy or girl, you're also spoiling it for the host. Also, the birthday kid IS often the problem.
For a problem with a kid that won't listen -- A tactic, not to be used immediately (it works well but loses impact if used too often), but definitely before calling in the host of a large event, is to stop and explain that you just can't continue without everyone's cooperation. In almost every case, the other kids will ask the troublemaker to stop. This works with hecklers of all ages too. If you can somehow indicate to your audience that the heckler is disturbing you, the crowd will take care of things for you.
Here's another trick I use when I want to get the attention of a group of kids. I start whispering something like this: "Here comes the bulletin this is the most important thing I'm going to say today I hope everyone is listening because I'm not going to say it twice and then you'll be sorry whoooo-boy will you be sorry because everyone else will have heard this wonderful thing and you'll sit in a corner and gnash your teeth and beat your chest because you didn't hear me say it.." etc. I do this in a nasal, high-pitched monotone that sounds sort of like a television test pattern (some of the younger browsers probably don't even know what that is {X^{|} - gettin' old's a b*tch, and vice versa). When they settle down to hear what I'm saying, I launch into whatever it was I was going to say. Keep in mind that this technique will work a maximum of one time. Once they're on to you, you'll have to try something else.
Now, if you are hired to make balloons... yes you are being paid, but not by the person receiving the balloon, and you have no control over who you are going to twist for. Since the munchkins don't have to fork over any of their own money, what do they care if they trash the balloon and demand another... they have lost nothing. You on the other hand can get swamped with these balloon grubbing little monsters, and will find yourself not being able to get to kids who really want a spiffy balloon, AND find some creepy kid/parent complaining to who ever DID pay you about how you will not make a balloon for their little darling who wants their 40th balloon.
You must get rid of the brat if he/she is ruining the show. Get rid of the problem by calling in an adult. Keeping 8 out of 10 kids under control (by calling for help) is better than 2 out of 10 (because the bad kid keeps on..). Even with experience there'll always be the odd kid. There are usually enough adults around that this sort of thing doesn't go very far. (I hear many fellow magicians complain that all to often, they are used as baby sitters. The show starts and the adults vanish.) But remember if you have to call the adults in, while they may not blame you, they won't praise you either.
Make it clear in your contract that there is to be a responsible adult who will maintain ultimate control over the children. If things get out of control, the show ends at the point, and you as the performer still get paid in full. (it's not YOUR fault you have to end the show). If you get food being thrown around and more than half a dozen kids heckling and moving around (which I hear is not that uncommon!), then quit.
Here's a tip if you are twisting at a small party. Enlist an adult assistant. Its easier than you might think. Just as you are about to start twisting, point to an adult and ask "would you please line the kids up so I can make them balloons?" Works like a charm. They do it every time, and keep the kids under control for you. Even if they have to leave to do something else, they almost always find someone to replace themselves. It helps to size folks up earlier on, look for someone who really seems to enjoy interacting with the kids.
When a "brat" starts in, I usually ask the parent or adult in charge to handle the little problem. Our job is not to babysit (although some people think we are) but rather to entertain. The parents job is to make sure that the kids behave so we can entertain. I would have looked up and said to the person in charge " could you help me with this child so I can continue my performance?" I never put myself in the situation of babysitting. In fact, when someone books my show I send them a Birthday Party Planner that includes some words about parents or adults should be in the room when the performance is on to take care of any problems that may arise so the performer can do his show without interruption.
Turning to an adult for help should be a second line of defense. Turn to the host when all other venues have failed. Your last resort should be to take the child to the host (preferably a dad) and ask for help so that you can complete your performance. By this time, the child's behavior should have been so egregious that the host will be understanding. If the host won't help, I'd pack up, but I wouldn't charge for the party (yes, I know, I've lost opportunity time and I did show up and do some of the act) because if I get any bad word of mouth from the event (and I will, because I didn't live up to my end of the bargain for whatever reason) I want to be able to explain it in a way that makes me come off clean.
I don't like to make swords at parties. Every time I pull out my balloons the first thing yelled out is "can you make swords?" I usually respond that since swords are sharp, the balloons keep breaking! Then I start making animals. I have NO problem with youngsters having toy swords and guns, its just that kids will be kids, as soon as they have swords ALL control is lost and the parents decide that perhaps balloons were not such a good idea after all. IF on the other hand I am getting NO help from the adults in maintaining the little darlings, I will start to make the swords. When it looks like a lamp or two is in mortal danger I suggest that they play with the swords outside (much to the relief of the adults) while I make the animals for the kids who really want them.
Other than a 3 fold dog, there are a lot of figures which only need a fold twist or an S twist. These are easy figures for kids to make.
I use a D-Light and make parts of the animals light up or I reach into a drinking glass and remove the Firefly or whatever.
Who can take some latex...
Make a twist or twooooo
And make it into any creature you'd see in a zoo?
The Latex Maaaaaan, The Latex Man caaaaaaaan
The Latex Man can because he's full of hot air that makes the world smell good.Who can take a Geee-oooooooooh,
Three 260 kyooooooooze,
And make a fancy sculpture that gets on the evening news?
The Latex Maaaaaan, The Latex Man caaaaaaaaaan.
The Latex Man can because he huffs and puffs and blows to make the world smell good.The Latex Man bends, all his latex friends,
Blows them up between his two lips.
This he does for just a few tips.
Cleans his ears with fresh, new Q-tips.[spoken: Hey, what do you want from a song that was just written on the fly at 8:00 in the morning...?]
Who can make a fortune, a dollar at a time,
And never tell the IRS that he has made a dime?
The Latex Maaaaaan, The Latex Man caaaan,
The Latex Man can because his cash gratuities don't have an audit traaaaaiiiil.
When using a pump, people say "You're cheating" or ask "why don't you blow them up". I have several replies:
For adults
For secure and fun-loving adults I might ask what their ego size is... if that gets a laugh from the person's companions, I'll size the hat and mutter something to the effect of "Extra hefty."
Latex is anything but simple. Here are several material science discussions about balloons, ranging from the highly technical, to the easy to understand.
Here's a real winner for "Stupid Pet Tricks"; Get some liquid nitrogen and drop a pet balloon dog into it. The liquid nitrogen is so cold that it will condense all gaseous oxygen and nitrogen in the balloon, causing the animal to shrivel up. If you then carefully remove it and set it on the table, it will re-inflate in front of your eyes as it warms up, and the twists will stay intact.
Or take a bell jar connected to a vacuum pump. Inside the bell jar put a round balloon. Turn on the pump. The demonstration shows the balloon inflating as the vacuum pump worked. Next make a balloon dog for the demonstration. This works really well - the students can't wait to see the dog blown up. The whole laboratory filled with cheers when it popped!!
T. Myers showed me one of the demos he does at his workshops. He inflated a jewel tone
260 and:
bent it over on itself one way,
then straightened it,
then bent it over on itself the other way at the same point,
then straightened it.
He then drew my attention to the darker band and the slight variation in balloon diameter which remained at the location of the bend. (actually, you get this band from twisting and slowly releasing the twist in a balloon too.)
Tom writes: "In the workshop I'm making a point about keeping the balloon as strong as possible so you can weaken it to help control its shape. The more of a difference in strength between the inside of a curve and the outside of a curve the better the curve will hold its shape. So I bend a balloon to make an angle and them back again to straight. The balloon gets weakened in one spot, all the way around. I would expect that spot to be more relaxed and make a bulge. That's not the case. It gets slightly narrower.... Yes, I think the color change at that spot is due to (a change in wall) thickness."
Tom said that the balloon wall was thicker at that band.
I believe the dark band is due to a wall thickness variation caused by hysteresis in the cyclic stress/strain response of the latex. If you slowly twist a balloon in torsion in front of a light, you can watch the dark section of balloon develop. A torsion stress state in the wall of a thin tube can be resolved into perpendicular tensile and compressive stresses by a construct called "Mohr's circle." You can see this physically when you wring a wet towel - there you can squeeze someone's fingers in the folds (compression) or rip the towel perpendicular to the folds (tension). Anyway, when we make a twist, we keep applying torque until the resolved compressive stress in the balloon wall exceeds the buckling limit. If you twist very slowly, you'll notice that the balloon darkens in the location where the first buckle subsequently forms. This makes sense because we expect the latex to be thickening there. In between buckles is the portion of the balloon carrying the resolved tension and that is lighter in color, again as you'd expect. Completed twists are themselves very dark, because there is a fair amount of latex in compression in there. In fact, you can suppress the buckling and darkening by pulling axially on the balloon as you apply the torque. And, you can get rid of a resulting dark band by pulling on the balloon. I think all these observations support the "_thickness variation_ caused by hysteresis in the cyclic stress/strain response" reasoning.
The band could have been the result of damage (crazing, etc.) caused by the high local stress/strain at that point, except that the band disappears upon applying a tensile stress so it can't be.
Put something in and you get something out. Here, as a result of applying stress we get "Strain". Strain is the engineering quantity proportional to the deflection or "stretch" that occurs when you apply a stress (remember that stress is proportional to force) to anything. When you inflate a 260, the diameter and length each increase by 500 to 600 % (we say this is 500 to 600% "hoop strain" and "axial strain," respectively), and then you reach a point where it gets very difficult to blow up any further. If you continue to inflate it further, it will burst. If we graphed the stress vs strain (think of it as force vs stretch) for latex we would get a sigmoidal (S-shaped) plot like the following:
^ | | S | (*) < == ultimate strength, T | { or burst strength R | | E | } S | / S | ," | .' | ._ - '" | , - ~ '"" | ,~ |,' 0 +--------------------------------> 0 S T R A I N
Well, when you stretch latex to a point below it's ultimate strength and then slowly release it, the latex doesn't retrace its "stretch curve." Instead it relaxes along a new curve.
^ | | S | T | R | | E | } S | /| S | stretch ," / | curve .' " | ._ - '" .' | , - ~ '"" _-" relax | ,~ , - ~'" curve |,' , - ~ '" -----+--_-" --------------------------> ,~' S T R A I N | |
Note that the "zero" of the relax curve (the point where the relax curve crosses the Strain axis, where the Stress is zero) does not occur at zero strain! Instead, it occurs at some positive strain - this is the permanent stretch you see after blowing up and then deflating a balloon.
If you've read the chapter on how balloons pop, you know that inflating a balloon stresses the latex to a certain level. Draw a horizontal (constant stress) line through our graph.
^ | | S | T | R | | E | } S | /| S | stretch ," / | curve .' " -----|--------------------'"---.'--------constant stress line | , - ~ '"" _-" relax | ,~ , - ~'" curve |,' , - ~ '" -----+--_-" -------------------------- > ,~' S T R A I N | |
Note that this constant stress line crosses both our stretch curve AND the relax curve. Thus, if I asked you "how much has the balloon stretched upon inflation and twisting?" (what is the strain at a particular stress level?), you could give me 2 answers! This means that sections of a balloon at the same stress can have 2 different values of strain! All our advanced twisting and shaping tricks depend on this property!
Note also that to get back to the initial size (zero strain) we have to apply a compressive (push) stress!
If we had some way to apply one complete stretch-relax-compress cycle, we might be able to get a closed loop called a "hysteresis loop"
^ | | S | T | R | | E | } S | /| S | stretch ," / | curve .' " | ._ - '" .' | , - ~ '"" _-" relax | ,~ , - ~'" curve |,' , - ~ '" --- ,+--_-" -------------------------- > { ,~' |/ S T R A I N { | | | | | |
Many processes and behaviors found in nature trace out hysteresis loops when they are graphed on appropriate axes (because most things are not ideally reversible - they are functions of the path taken and not just their final state). Here, the area enclosed by a hysteresis loop is representative of the energy lost in the process of stretching-relaxing-compressing the latex. Where does the energy go? Well do this experiment: Take a balloon in both hands so that you have about two inches of unsupported balloon between your hands. Press the unsupported section of balloon lengthwise against your lips. Then move it away from your face and completely stretch and relax the unsupported section 10 times, as quickly as you can. Immediately after the tenth time, press the unsupported section of balloon lengthwise against your lips again, and you will notice that its temperature has increased. The energy wasn't really lost; rather it was converted into heat.
The first law of thermodynamics says that the change in internal energy (dE) is equal to the change in heat absorbed (dH) or released plus the work done on the system (dW). dE = dH + dW.
The second law of thermodynamics defines a quantity called "entropy" which is a measure of the randomness of a system. A highly ordered system (like toys in a toybox in a child's clean room) has low entropy. A random system (like toys spread randomly all around a child's room) has high entropy. Suffice it to say that in natural processes, entropy stays constant or increases.
The second law of thermodynamics says that for a reversible process, the change in heat absorbed (dH) is equal to the Temperature (T) times the change in the entropy (dS). dH = T * dS
An adiabatic process is one in which no heat is transferred to/from the surroundings. For an adiabatic process, dH = 0. The first law then tells us that the work done on the system is converted entirely to internal (stored) energy.
After a little calculus, the second law tells us that for a reversible adiabatic process, T * S is a constant. The product of two variables equal to a constant is the equation of a hyperbola, where when one variable increases, the other must decrease.
If you've read the chapter on how balloons pop, you know that latex has a structure composed of many coiled-up, intertwined, chain-like molecules. Since the chains prefer a random, curled configuration, their initial degree of order is low and their entropy is high. However, when a tensile load is applied, the entropy decreases as the chains become straightened and aligned.
What does all this mean? Let's do an experiment.
Take a balloon in both hands so that you have about two inches of unsupported balloon between your hands. Press the unsupported section of balloon lengthwise against your lips. Keeping the balloon pressed against your lips, stretch the unsupported section as quickly as you can and hold it. The balloon heats up!
Stretching the balloon quickly allows us to call the process adiabatic because there is no time for heat to be transferred to the surroundings. The first law tells us that all the work we've done stretching the balloon has gone directly into internal stored energy in the balloon. The second law tells us that if the entropy decreased, the temperature has to increase!
Now, keeping the balloon stretched, remove it from your lips. Hold it stretched for 30 seconds, so that it cools back down to room temperature. Then press it back against your lips and relax the unsupported section section as quickly as you can. (Don't punch yourself in the nose!) The balloon gets cold!
Relaxing the balloon quickly allows us to call the process adiabatic because there is no time for heat to be transferred from the surroundings. The first law tells us that all the internal stored energy in the balloon was converted to work done on us as we relaxed the balloon. The second law tells us that if the entropy increased, the temperature has to decrease!
Tom writes:
Tyen the Magic Mime of LA called me twice with an interesting problem. He is convinced
that 260Q's don't hold air as long as they used to. He's been making poodles and marking
the dates. They only last him a couple of days.
Adrienne writes:
I have noticed that the animals I leave lying around the house are dying faster than
usual. I have a Winnie the P**H given to me by Dave Lewis, and it died before I even had a
chance to disect it. They seem to be lasting about 4 days before they really shrink up and
are gone. It doesn't effect the quality of the balloons we are making for people, but I
have had to stop telling people that they would last for weeks if they keep them in a cool
place out of sunlight.
I haven't noticed a change in the time that Qualatex balloons stay inflated, but then I haven't looked for one either. Are the balloons thinner? I don't know. Did they change the formula? Here's what Tim Vlamis of Pioneer wrote two months ago:
Date: Thu, 21 Dec 1995 18:20:53 -0500 From: TimosV@aol.com Subject: Re: Balloon quality query In response to the question of whether or not we have changed our "formulas" I can give both a short and a long answer. The short answer is "no". We know that our business relies solely on making the best quality balloon (our prices tend to be higher than others, so we *have* to be better) and we would not endanger our business (or yours) by "cheapening" our manufacturing processes and formulas. Making balloons is in many ways like baking a cake. We work with hundreds (if not thousands) of separate raw materials and variables in the manufacturing process. Our main ingrediant (latex) is a natural product with all the vagaries of other natural raw materials. In some senses, our formulas are like recipes, only far more complicated and larger in scale. Each "formula" for each color (over 50 in the Qualatex range) or size or shape (etc.) is slightly different. Depending on other factors including changes in raw material supply, environmental changes (temperature, pressure, humidity), what else is running on that manufacturing line, color sequence, etc., we may "tweak" our manufacturing formulas/process to maximize the quality of the product. So it isn't strictly fair to say that we don't change, in fact, we are changing all the time. Balloons are special in that they are organic, they are alive. They change depending on the circumstances they are in. Most of us have tried to use 260Qs that have sat in a car during the summer for a few weeks and have experienced this! :-) Tim
What else could cause balloons to lose air? Degradation? Am I the only one who noticed that Tyen the Magic Mime lives in LA, and Adrienne V. lives right next to LA? LA, smog, ozone, hmmmm... It is well known that ozone attacks latex.
In their retailer kit, the Balloon Council (of which Pioneer's Dan Flynn is Chairman) literature says "Balloons are biodegradeable. The stress that occurs to the balloon when it's inflated speeds this process which begins almost immediately. Exposure to sunlight quickens the process, but a combination of oxygen and ozone will attack natural rubber even in the dark. Deterioration can be seen clearly only a few hours after a balloon is inflated, as it begins to oxidize or frost;"
But then LA is also next to the Pacific ocean. Ocean, water, hummidity, hmmmm...
The Qualatex book "Design" says that the chalkiness or "oxidation" which develops on latex balloons which have been left out for a few hours or days is due to humidity and the "quality" of the ambient air. Does "quality" mean ozone level? Is there any correlation between humidity (what "Design" states as the cause) and ozone levels? (well, I know that in a thunderstorm, humidity and ozone levels are both high... )
Above, Tim Vlamis wrote that humidity affects balloons during manufacture. Others have written:
The "oxidation" is caused by ozone in the air. I think you'll routinely see cautions about ozone degrading rubber in most materials texts.
Warm temps, heat, sun will cause oxidizing to start. Once started, it won't stop.
Here in the New Orleans area we're 3 ft below sea level and 85-90% humidity is normal. Latex doesn't take long to start breaking down in these conditions. Sometimes I even have to Hi-float air-filled arches and columns when they aren't in good A/C. You really know the humidity is high when you have to high float 260's in a hospital arrangement (not an easy task).
A couple of years ago someone wrote that twisters with years of experience say that humidity makes a big difference in the feel, resilience, and workability of balloons. It was also posted that round balloons can even be inflated to much larger sizes on a cool foggy day than in any other weather. This example was given: you can inflate a standard 16" round party balloon to 22" diameter on a 65 degree foggy day when the humidity is around 80-85%.
Four months ago we had a discussion on here about the workability of pump versus mouth inflated balloons. Dave Beedy wrote:
Earlier Lorna wrote (in part): > When a balloon is pump inflated there seems to be a lot more air in > the balloon; the latex is tighter, and therefore less space for > twisting. I normally mouth inflate, but have a pump that I use on ocasion. I had never really noticed the difference in balloons inflated one way or the other. After I read Lorna's posting I got my pump out and inflated both ways. Lorna is right!!! The pumped balloon are tighter and of a larger diameter than the mouth inflated. Good observation, Lorna!!! This can have impact on balloon twisting instuctions and a lot more. Maybe some of the "M.I.T." types on the list can tell us why there is a difference. Dave "Buttons" Beedy
and James Dewitt replied:
Dave and Lorna, When you use a pump, you are putting room temperature air into the balloon. The air stays the same pressure and doesn't contract and the pressure stays the same inside. When you mouth inflate, you are putting air that is around 98 degrees (probably higher since it is from deep inside your body, Doc?) into the balloon. The balloon is surrounded by cooler, room temperature air, therefore it cools quickly and contracts, which decreases the pressure inside the balloon. And that's basically why mouth inflated balloons are softer and thinner than pumped balloons. James Dewitt
Yes, this is part (probably most) of the answer, but the air you exhale is also loaded with more water vapor than the air you pump. I never responded to Dave and James' discussion four months ago, but about six months ago I posted the following question to several chemistry and materials science newsgroups on Usenet:
From: Mark Balzer Newsgroups: sci.materials,sci.chem,sci.polymers,sci.eng.chem Subject: Help with humidity effects on latex rubber?
I recently read in a manual published by a balloon manufacturer that the chalkiness or "oxidation" which develops on latex balloons which have been left out for a few hours or days is due to humidity and the "quality" of the ambient air. I have also heard that humid conditions during balloon manufacture can even affect product quality. Balloon workers with years of experience say that humidity makes a big difference in the feel, resilience, and workability of balloons. There is also a difference in the feel of balloons blown up by mouth and by pump - blown balloons contain warm moist air from your lungs while pumped balloons are filled with drier ambient air. Balloons can even be inflated to much larger sizes on a cool foggy day than in any other weather. If you ever wish to impress someone, you can inflate a standard 16" round party balloon to 22" diameter on a 65 degree foggy day when the humidity is around 80-85%. Does anyone know why any of these effects occur? Are there any mechanisms that would explain them? I would really appreciate any explanations or references I could look up to find an answer.
and I got the following responses, the first one from a chemistry professor here at the U. of Illinois:
From: Rich Masel Newsgroups: sci.materials,sci.chem,sci.polymers,sci.eng.chem Subject: Re: Help with humidity effects on latex rubber? > I recently read in a manual published by a balloon manufacturer > that the chalkiness or "oxidation" which develops on latex balloons > which have been left out for a few hours or days is due to humidity > and the "quality" of the ambient air. I have also heard that humid > conditions during balloon manufacture can even affect product quality. I have some related observations which may help explain this. My company makes latex rubber bands for orthodontics. We usually saturate the rubber bands with water, so their elastic properties are constant when the rubber bands are put in a patients mouth. However, if we dry the rubber bands the color of the rubber bands changes from a milky white to brown. The elastic constant also increases. The process can be reversed by soaking the rubber bands in water. (the rubber bands swell!!). Our observations then are that water is slightly soluble in the rubber, and the presence of the water acts like a filler to reduce the elastic constant of the rubber. At first sight one would not think that water would be soluble in rubber. However, natural rubber contains about 2% of water soluble components (surfactant and protein). Rich Masel From: Kirk Mueller Newsgroups: sci.materials,sci.chem,sci.polymers,sci.eng.chem Subject: Re: Help with humidity effects on latex rubber? Latex rubber, like many materials, absorbs moisture. The moisture changes the structure of the rubber making it more 'rubbery' and stretchable, in the short term. It usually increases the material volume and undoubtedly increases the balloon's thickness here. In the long term the balloon's life is shortened by moisture exposure. However most of us don't care to have a balloon last more than a couple days anyway. For some compounds, including latex rubber, the moisture causes irreversible chemical reactions, what we call lack of 'hydrolytic stability' in the Defense industry. (We are required to use hydrolytically stable materials for Defense as I can't count on dry air.) The reaction byproducts may be what you're seeing on the balloon. The white residue might also just be mold release or something similar however. Usually moisture reaction products degrade the original compound. I suspect the balloons loose their stretch and fail from cumulative damage. You should consult text books on Fick's Law for the rate of moisture ingress and egress. I'm sure you'll find it takes only a few minutes at most for a typical balloon to equilibrate with the surrounding atmosphere. A short term moisture effect test: Try filling a balloon with moist air from your lungs (it should stretch oversize) and then leaving it out in the desert (out of the sun to avoid heating effects) to dry out for an hour or so. Once the moisture leaves the rubber it should pop because it now can't stretch as far. A long term moisture effect test: Soak some balloons in water for about a week. Keep some more as dry as possible for the same time period. Blow all balloons up (it doesn't matter if it's humid, mouth, air or not as long as all use the same air) and measure the maximum diameter (before popping). The wet, degraded balloons shouldn't blow up as large (if they blow up at all). -- Kirk Mueller From: david rogers Subject: Re: Help with humidity effects on latex rubber? I carried our research funded by the Science Council of British Columbia in Vancouver Canada in 1992-93 to extrude an Improved Porous Elastic Irrigation Pipe made from TDP Tire (Rubber) Derived Product. The key mechanism involved at the core of the research was that of the permeability of rubbers to water. Key references were: (1) "Water and Rubber do mix" by D.C. Edwards. Chemtech October 1986 (2) "Predicting Water Diffusivity in Elastomers" by T.M. Aminabhavi, R.W. Thomas and P.E. Cassidy Polymer Eng. and SCi., Dec. 1984, Vol. 24, No. 18. (3) "Surface Enthalphy and Entropy and The Physio-Chemical Nature of Hydrophobic and Hydrophilic Interactions" Journ. Dispersion Sci. and Technology, 12(3&4), 273-287 (1991) The key factor in the admission of water molecules into a rubber matrix are the prescence of polar nucleating sites ( typically salts ) around which form pools of water molecules. The driving force is both osmotic pressure ( vapour pressure ) and epectrophoresis ( Polar forces ). D.C. Edwards work was such a breakthrough it helped explain the basis for many phenomena previously not fully understood associated with the work I was investigating. Dr. Patrick Cassidy was working on the use of starches in bioderadable polyethylene films for use as agricultural mulches in China when I last spoke to him some 20 months ago RE: Ref. (2) above. Ref.(3) is an example of an avenue for investigation I explored RE: engineering a solution to controlling water egress into rubbers i.e. using polar compounds. Sincerely, David.
I went to the library and got copies all the references which David mentioned above. The first one is a very interesting paper, and I will post a translation it into layman's terms when I get a chance.
I'm sorry I can't answer the original question, but I hope I provided some insight into what may be behind it.
Can you fill a balloon part way with helium, make an animal out of it and have it float?
Definitely in water. In air... well, that depends.
This is an application of "Archimedes' Principle" which states that a body immersed in a fluid is buoyed up by a force equal to the weight of the fluid displaced. If an object immersed in a fluid is heavier than the fluid it displaces, it will sink to the bottom, and if lighter than the fluid it displaces, it will rise.
In our case, the "body" is a Helium-filled 260, and the "fluid" is air.
If we use the "Ideal Gas Law" we can quickly find the mass of the Helium or air in a 260. The "Ideal Gas Law says that m = PVM/RT where:
m = mass of the gas in grams
P = pressure inside the balloon, in atmospheres
V = volume in liters
M = Molecular weight of the gas
R = a constant = 0.082
T = Absolute temperature, Kelvin
At sea-level, the air pressure is 1 atmosphere and say we are at room temperature. Then P = 1 and T = 293K.
Then approximate a fully inflated 260 as a 1.75" dia cylinder that is 50" long. Since the pressure in the balloon is only slightly greater than the pressure outside the balloon, let's call them the same for now (both equal to 1 atmosphere).
The volume is pi x 0.875" x 0.875" x 50" long = 120.2 in^3 or:
1 liter V = 120.2 in^3 x --------- = 2.0 liters. 61 in^3
We next look up the molecular weight of the gasses:
M = 4.00 for Helium,
M = 28.97 for the mixture of gasses we call "air"
and plug all these numbers into the Ideal Gas Law to find:
1 x 2.0 x 4.00 the mass of Helium in a 260 = m = ---------------- = 0.33 grams 0.082 x 293
1 x 2.0 x 28.97 the mass of air displaced = m = ----------------- = 2.41 grams 0.082 x 293
OK, we're almost done.
The mass of a 260 is 1.6884 grams (it's nice to have a laboratory balance that weighs to a ten-thousandth of a gram... ), but let's just call it 1.70 grams since we're all friends here. Now add that to the 0.33 grams of Helium inside the balloon for a total weight:
The total mass of the "body" (balloon + Helium) is 2.03 grams
The mass of the fluid displaced (air) is 2.41 grams
An object's mass doesn't change, but it's "weight" depends on the force of gravity. Converting these masses to equivalent weights on earth, the Helium-filled balloon weighs 0.0045 pounds and the displaced air pushes up with a weight of 0.0053 pounds. This results in a net buoyant force or "lift" of 0.0007 pounds on a Helium-filled 260, so it should float (but just barely!) !!!
So, let's see if any of this works in the real world:
PFFFFffffffffffffffttt! PFFFFffffffffffffffttt! PFFFFffffffffffffffttt! PFFFFffffffffffffffttt! PFFFFffffffffffffffttt! PFFFFffffffffffffffttt! Squeak, squeek, SQUEEEEEAAAK, SQUeak, squEAK, squeak... Ta-dah!
Well, I now have a parasol floating above my head, so yes, fully inflated 260 sculptures with a minimal number of twists will indeed float (just not for very long...). This would be good for a quick demo, if nothing else. The Helium diffuses out rapidly, and there is just not enough reserve lift to keep it aloft as the 260's start to shrink.
HOWEVER, Freda asked "Can you fill a balloon *part way* with helium and make an animal out of it and have it float?"
Yes, you could make an animal that will float for a short period of time if you inflate the balloon *most of the way*, leaving only a short nipple. Neglecting the lift (but not the weight) for the uninflated nipple, the math says that for neutral buoyancy (the "just" floating condition where the weight equals the lift):
0.33 g 2.41 g 1.7 g + ------------ x (inflated length) = ------------ x (inflated length) 50" inflated 50" inflated
Solving this equation for the "inflated length" term gives the minimum inflated length for buoyancy = 41". So if you could fill a 260 up to 1.75" diameter and make a figure that had a total bubble length of at least 41", it should hang in the air for a while.
How do you get more than a few minutes of flying time out of a Helium-filled 260?
To get as large a diameter as possible for # 2, try this trick: put a paperclip across the nozzle of the uninflated 260 and drop it into some boiling water for a while. Take the balloon out of the water, remove the clip (which has kept any water from getting inside the balloon) and *immediately* inflate it with helium without even drying the outside. You'll see that water has a huge effect on the properties of latex.
What is the effect of the latex compressing the helium?
You can fill a balloon, then you can fill it some more before it pops.
Assuming the balloon is not getting as much bigger as it had been
during inflation, the helium is more compressed.
I don't know what the exact pressures are because I don't have a pressure gage that measures fractions of a psi. I would have to use a manometer to measure the "head" (height that a water column is raised by the air pressure) in a 260 and then convert that to pressure.
Is it heavier for having more helium inside?
Yes. Consider how a tank full of compressed gas is heavier when full than when empty. Since we are talking about tenth-of-a-gram lift levels here, this can't be neglected for a 260. However, if the extra pressure causes the diameter to grow a bit, then we will most likely see an increase in lift.
Where is the optimum lift on the inflation graph?
The lift is directly proportional of the volume of helium in the balloon.
The volume of helium is directly proportional to the length of the balloon. (A fully inflated 280 will have 33% more lift than a 260) The volume of helium is also directly proportional to the cross-sectional area of the 260.
BUT, the cross-sectional area of the 260 is proportional to the square of the balloon diameter.
So, the fastest way to increase the lift is to increase the diameter. That's why I suggested soaking the balloon in boiling water before inflating. The water is absorbed into the latex and reduces its elastic modulus, allowing it to stretch more. It will stretch more in the direction of maximum stress, the circumferential or "hoop" direction, and you'll see this as a diameter increase.
(No, I don't know how much water is absorbed, and yes, the weight of the absorbed water does make the balloon heavier, and yes, there is probably an optimum amount of time to soak the balloon which maximizes the diameter increase to water-weight gain ratio... but that's a little deeper than I wanted to get into this). Inflating with heated air may also result in a diameter increase.
Inflating & deflating a balloon several times will also increase it's diameter. You wouldn't have water weight gain to worry about either. It does tend to make the balloon thin-skinned & harder to work with, but the added volume of helium is well worth the effort.
To answer your original question, to find the optimum lift as a function of helium
pressure, you need a graph of the balloon diameter against internal pressure. Given those
numbers and the formulas above, you could find the pressure for optimum lift. However, it
might all be an exercise in futility because:
Are you saying that a twisted dog won't float because the gas makes it too heavy to float?
No, just that the more gas you add, the heavier the balloon becomes. (It's the same as adding more water to a water balloon. It's true that air is a gas and water is a liquid; but they are both "fluids" in a technical sense and obey many of the same laws)
Also I was saying that I don't know how much pressure a balloon will hold before it bursts, because I don't have the equipment to measure pressures that small.
Part of Tom's question was: once the balloon is fully inflated, does adding more Helium increase the lift? Well, if the balloon doesn't get any bigger at all, the answer would be no. If the answer was that the balloon stretches a tiny bit bigger, then I'd have to know; did the tiny increase in size add enough lift to offset the extra weight of helium added. I don't know the answer because latex properties are highly nonlinear, the stress state is complicated, and you really can't calculate an answer - you just have to do an experiment and measure it.
When everyone says that the gas leaks out real fast, how fast is fast?
Like a normal balloon? Or in a few minutes?
I think that the gas leaks out at the same rate (per unit of surface area) as it would in a round balloon of the same initial wall thickness.
When looking at how fast Helium leaks out of a 260, as compared to round balloon, the overall rate is not equal. Consider that a round balloon has greater initial lift due to a higher volume : surface ratio, right? (the lift being due to the volume, the major weight being that of the "surface"). Where does the gas escape? Through the surface (the latex). Well, a 260 has greater surface : volume ratio, so it should have a faster relative deflation.
Generally, a helium filled 260 sculpture has "landed" and is starting to droop in just a few hours, whereas a round balloon may have an "float" time of 8 - 10 hrs., and have landed, but still round the next day. The difference is that in a Helium-filled round balloon there is so much more initial lift than in a 260 that even after the round balloon loses some Helium, there is enough lift left to keep it afloat. (enough lift left... enough lift left... say that 10 times as quickly as you can :-) Also, consider the *apparent* deflation. A round balloon can loose some volume without being visibly much smaller, whereas a 260 sculpture can begin to "droop" with minimal deflation. In a helium-filled 260, you only have a few tenths of a gram of lift, and that is quickly lost as soon as just a little Helium diffuses out of the balloon and the diameter starts to decrease.
I'm guessing that the bigger the balloon, the better it will float?
Yes - the more weight it will lift off the ground.
Note that at high altitudes in Utah and Colorado, some foil balloons won't float; because of the low air pressure above 5500 feet, the buoyant effect of the helium is decreased.
Water vapor in the air (humidity) lowers the molecular weight of the air and decreases the buoyant effect of the helium. Mike Barr writes: Here in the New Orleans area we're 3 ft below sea level and 85-90% humidity is normal.
All of my suggestions are based on experience, so do what satisfies your customers best and makes you the best living.
I wonder what the effect of high float in a 260 or a 350 would do if it were filled with helium. My guess is that if would make it too heavy to float, but I know it would seal the pores. So, I don't know. Sounds like a good experiment to test and see what happens.
In *general*, I find that the more twists a 260 has, the faster it seems to deflate.
You can fill a 260 with helium but there's no guarantee that it will float, because the 260 will only hold a limited amount of helium and usually the weight of the balloon will prevent it from floating. A 350 will float without a problem, although it still won't float for very long. If you want a helium 260 to float in mid-air you've got to fill it up all the way to overcome the weight and then there's nothing to twist/no place for the helium to be pushed to. I know 260's will float at sea level but higher elevations may be different. So you can fly sculptures, but only ones you can make out of full balloons, such as the heart, candycane, spiral, octopus, etc.
Try this: inflate a 260 and tie it end to end. (After you've tied the ends together, you can do an apple twist to hide the knot.) Then attach a string or ribbon and you've got a hollow balloon... similar to the look of a Geo only with a much bigger hole in the middle.
When I first started twisting I was in a store with a helium tank and I taught the old gentleman there how to make a basic dog. We then got several to float to the ceiling. They were just about completely filled.
I love floating sculptures. I do a variety of "floating" sculptures at various functions and have always gotten tremendous response from them. In addition to the traditional "heart on a string", I do planes, hummingbirds, butterflies, helicopters, swans, hats that won't stay put :), a 5' tall floating Goonie Bird, flying fish, and a bunch of others. Let your imagination go!
I tie 260's to round helium balloons, so just about anything will fly. Two 260's attached to one 11" balloon will hover (this is going to depend on how stingy they are with the gas at the store, however). I can adjust the balloon's ability to hover by tying on additional ribbon, then snipping it off as the balloon starts to sink. This way, the kid gets to have the fun of a floating sculpture without it disappearing into the stratosphere. I specifically used this to float Larry's bats last Halloween, and used them for party games.
One of my favorite things to attach to a hat is a hot air balloonist attached to a round. I make 1/2 of a guy out of a 130 and then I make his basket out of another 130 and attach them to the string of the round balloon and then tie the string to a hat.. It never fails to get a hoot.
A "huggy bear" on a helium balloon string has a kind of Whinnie-the-Pooh look.
Our family does balloon launches on the 4th of July afternoon, instead of fireworks. The 260's don't have much volume so a small tank fills a lot of them. Just one sculpture at a time, and watch them float out of sight, listening to the cheers from the neighbor's yards. The kids love it, and nobody gets burned. (We spend the 4th at a relatives house on a hillside overlooking where the city does the public fireworks display. It passes the afternoon hours, waiting for dark and the big show.) After dark, if you have a strong spotlight you can follow a balloon quite a ways, and let the neighbors claim a U.F.O. sighting.
I've also used a clear Geo Blossom as a prop on somewhat larger airplanes to give them increased lift. I attach a peice of string as to a round balloon. It's fun to watch the kids flying in formation.
Can static electricity pop a balloon?
If you work in the same general area for a prolonged period of time and that area happens to be carpeted, and/or in low humidity (you're inside a heated room on a cold, winter day) there's a really good chance for static build up. Static electricity sparks will cause your balloons to pop. So, here's what you can do:
Why do balloons pop around an adhered point when subjected to movement (pulling rubbing etc.)?
First create an adhered point by cleaning all the talc/cornstarch from a balloon, inflating it, and rubbing it against itself with a lot of force. Or by making a lock-twist. Or tie a knot in the nozzle and roll the ever-tightening knot towards the nozzle.
If you press your clean palm against a clean table, press down and then try to slide, you will get a jerky, stop-and-go motion called "stick-slip motion" or "stiction" (sticking-friction). If you look very carefully at the adhered point on the balloon when subjected to movement, you will get the same thing - the rubber welds to itself (sticks) and then tears (as it slides) because of the low shear and tensile strength of the latex. You can actually see the tearing debris accumulate when you do this (wear goggles!) Once this mechanism tears a hole in the balloon, the shape of the hole, stress in the wall of the balloon, toughness, and thickness of the latex all come into play in determining how the balloon responds. This kind of thing is studied in a field called fracture mechanics - the study of crack formation and growth.
Look at a balloon after it has popped. See that straight edge in the rubber that looks as if it was cut by a razor blade? That is the fracture surface along which the crack ran at the speed of sound in the latex. You can trace it right back to the origin of the fracture (the original tear). A familiar example are the cracks you get in glass windows when you hit them with a rock - you can tell where the rock hit, can't you? Because of the stress distribution present in an inflated 260Q, I'd expect the crack to run substantially more longitudinally than circumferentially.
Probably a better example are the cracks that can form in pressurized pipelines. When the pipelines are welded together, a crack can form and run for miles in a few seconds. After a few costly failures like this, pipeline designers now employ crack arrestors (bolted flange joints) every so often in pipelines to limit the maximum crack length (a crack can pass through a weld but can't pass through a bolted joint where the pipes are separated by a gasket in between the flanges).
Now let's talk about stress:
Normal Stress = Force / Area. Applying equal and opposite pulls of 1 pound, axially along to a 1" by 1" square bar results in a tensile stress of 1 pound per square inch (psi) at points far away from where the forces are applied. Pressure is a compressive stress, the same as you'd get by pushing on the above bar.
A 260 or 350 is what engineers would call a "thin-walled cylindrical pressure vessel with capped ends." The stress distribution near the ends can be very complex and requires methods of analysis that you learn in classes on "plates, shells and membranes" (where you even find solutions for stress distributions in toroidal shells... like a Geo donut!)
The stress distribution a few diameters from the ends is very simple though, and is derived in the most elementary textbooks. Skipping the derivation (...ha!... I remember having to derive it off the top of my head for the chief engineer who interviewed me 8 years ago for the job I used to have) the answer is:
axial (along the length) stress = Pr / 2t (tensile) hoop (like if it was wearing a belt) stress = Pr / t (tensile) radial (through the wall) stress = negligible
where:
P = pressure r = radius (1/2 the balloon diameter) t = balloon wall thickness
Notice this important point: the hoop stress is _always_ twice the axial stress for a 260, or a 350, or a 524.
Note, the above applies only to long skinnies. Using the thin wall pressure vessel approximations, the stress in a truly spherical balloon would be "equal biaxial tension plane stress"; Pr / 2t in each of the perpendicular "axial" and "hoop" directions (placed in quotes here because there is no one true pair of specific axial or hoop directions in a sphere because of the spherical symmetry) and again negligible radial stress.
Put something in and you get something out. Here, as a result of applying stress we get "Strain". Strain is the engineering quantity proportional to the deflection or "stretch" that occurs when you apply a stress (remember that stress is proportional to force) to anything. When you inflate a 260, the diameter and length each increase by 500 to 600 % (we say this is 500 to 600% hoop strain and axial strain, respectively), and then you reach a point where it gets very difficult to blow up any further. If you continue to inflate it further, it will burst. If we graphed the stress vs strain (think of it as force vs stretch) for latex we would get a sigmoidal (S-shaped) plot like the following:
^ | | S | T | { R | | E | } S | / S | ," | .' | ._ - '" | , - ~ '"" | ,~ |,' 0 +--------------------------------> 0 S T R A I N
The slope of a line drawn tangent to the curve is the "elastic modulus" or stiffness (first derivative for those of you who remember calculus). The slope of a horizontal line is zero, and increases with angle (measured ccw like on a protractor) until it becomes infinite for a vertical line. Notice that the stiffness becomes very large at high strains. The reason for this unique behavior of latex is due to the way its molecular structure changes with stress.
Latex is a polymer, and specifically, a type of polymer called an elastomer (a rubber). It is made up of spaghetti-like molecules that are all coiled up and intertwined like... a plate of cooked spaghetti. Each molecule attracts the neighboring molecules with weak bonds called Van der Waals forces, much like the starch that sticks individual spaghetti strands together if you don't make it right. When you start to stress the latex (put 2 forks into the spaghetti and move them in opposite directions), the molecules uncoil and start to straighten out. As more and more molecules straighten out, the latex gets harder and harder to stretch (read: more and more stiff). It also gets easier to see through since light can pass in-between the straightened molecules, rather than getting lost in the tangled jungle of unstressed molecules (this is NOT an effect due to wall thinning). Once the molecules are stretched out straight, further deflection would require stretching the atomic bonds that make up the backbone of the molecule. This is very hard to do, so before that point the Van der Waals forces (starch) give out and the mostly straight molecules (spaghetti) slide past each other, initiating cracks.
Some 260 have a very clear running crack and some break straight across. Why?
In materials with uniform properties in all directions, cracks like to extend perpendicular to the maximum applied tensile stress. In a 260, we have two tensile stresses which are perpendicular to each other. But remember that hoop stress is always twice the magnitude of the axial stress. Since these are "principal stresses" (no shear stresses), it turns out that the hoop stress will always be the maximum stress. In an ideal world then, cracks will start at a flaw, then turn so that they run perpendicular to the maximum stress which means they really want to run axially. However, this isn't an ideal world, and latex does not have uniform properties in all directions when inflated....
Are the molecules arranged differently by the different stresses as the latex is stretched?
Yes. when you stretch an uninflated 260 like a rubber band, you straighten out and line up the molecules in the direction that you are pulling. When you inflate a round balloon, the molecules are stretched equally in all directions tangential to the balloon wall because the stress in all tangential directions is the same. But when you inflate a 260, twice as many molecules (probably twice, I can't really count 'em...) uncoil in the hoop direction as in the axial direction because of the 2:1 ratio of the stresses. Now to answer your question of why some 260's break straight across, think of this. If there are twice as many molecules lined up with their strong direction in the hoop direction, it shouldn't be that hard for a crack to overcome the weak Van Der Waals forces that hold those molecules against each other, right?
Upon inflation, balloons get easier to see through primarily because light can pass in-between the straightened, oriented molecules, rather than getting lost in the tangled jungle of unstressed molecules (this is NOT an effect due to wall thinning). The wall does get thinner upon inflation, but that's not the point here.
Somewhere, find a heavy piece of clear latex just the right thickness so that when you stress it to the same stress level present in an inflated balloon, it is exactly as thick as the wall of an UNinflated clear balloon.
You will be able to see through the stressed heavy latex sheet much better than through the wall of the UNinflated clear balloon.
Does the action of dipping line up molecules?
No. It is the stressing of the latex upon inflation that lines up (orients) the molecules.
As an aside, the plastic grocery bags that you get at the supermarket are made from oriented polyethylene (oriented by stretching during the rolling of the polyethylene sheets). They are very strong in the vertical (load bearing) direction because that is the way the molecules run, and they are rather weak in the sideways direction (play with one and see!).
For a definite example of orientation effects in latex, try pulling on a 260 as hard as you can as it is inflated. When you pull it really hard it is very difficult to inflate by mouth. With a pump you can inflate the 260 about the diameter of a 130. This is the way Roger Seigel (?I think?) gets a great looking elephant trunk in one of his books. A balloon inflated this way will take an incredible amount of abuse - much more than a standard inflated 260.
Additional stretching or pinching of the balloon will further stress, strain and orient the molecules. But there's more to it than that, due to the competing processes of stress relaxation and creep.
Try this experiment which will demonstrate some of the viscoelastic (time dependent) properties of rubber: hammer three nails into the wall. a) Stretch a fresh rubber band over two of the nails. Now since the nails can't move, the amount of strain (stretch) in this rubber band will not change with time. b) Place a fresh rubber band on the third nail, and hang a weight on the rubber band. Now since the weight can't change, the amount of stress (force) in this rubber band will not change with time.
Over time, the tensile stress in the rubber band in (a) will decrease as the molecules slide past each other. This is called "stress relaxation". Over time, the amount of stretch of the rubber band in (b) will increase as the molecules slide past each other. This is called "creep".
Creep and stress relaxation cause uninflated balloons to be larger after an inflation/deflation cycle. You can take advantage of the strengthening that can be achieved by reorienting the molecules, the decreased stress from stress relaxation, and the increased stretch from creep if you pre-inflate the balloon all the way, wait a few seconds, and then deflate it "severely". Because of creep and stress relaxation, a given balloon diameter can now be achieved at a lower latex stress level than for the inflated-directly-to-size condition, and lower stress makes the balloon more resistant to popping. That's what is recommended for pushing balloons into those new SDS metal grid frames used for creating balloon walls in large scale balloon decorating. While all of the above applies to 260's and 350's, in practice it should be limited to "burping" them, because inflating 260's and 350's all the way first will make them unworkable for twisting.
On a side note, vulcanizing "cross-links" some of the polymer molecules (chains). Vulcanization can be thought of as spot welding the spaghetti strands to their neighbors every so often, but leaving them free to wiggle in between the spot welds. The more vulcanization, the closer the spot welds become, and the harder/stiffer/stronger/less-flexible the latex becomes.
Is vulcanization a fancy name for cooking?
Yes and no.
Here's an interesting history of rubber from "Tinkers and Genius, the Story of the Yankee Inventors, by Edmund Fuller, Hastings House Publishers, NY, 1955."
..."India rubber"... Its original name was Caoutchouc (pronounced something like koochook). It was widely known as "gum elastic" but had come to be called "rubber" because its earliest recorded use (other than as balls to play with) by white men who fetched it from South America, was as an eraser. The "India" crept in as a joint reference to the South American Indians who gathered it and to the West Indies which became a trading channel for it.
...Around 1834... The India rubber trade was the next thing to being dead.... The plagued India rubber either melted and ran in the summer or petrified in the winter.... Scores of people were experimenting with the rubber problem.... As for Charles (Goodyear).... He recognized this as God's chosen work for him. Nothing would stop him.... The discovery of the sought-for secret came in 1839.... he was boiling rubber and sulphur on the kitchen stove, trying to make the curing process permeate it. A blob fell on the hot stove top and hardened. It was what came to be called "vulcanized."
His work was not finished. How much sulphur? How much dry heat? How long for the process? These things had to be worked out experimentally. But Charles had it, he genuinely had it.... In success, he was at the extreme of bankruptcy.... For five years more he wandered in poverty around New England, working out the process, begging facilities, seeking a backer... It wasn't until 1844 that he got a patent.
Are there all levels of vulcanization from runny to hard?
from "Chem One by Trublood, Waser and Knobler, McGraw-Hill, 1980"
The vulcanization of rubber, by heating it with sulphur, which converts the rubber from a soft, gummy material into a product of varying hardness depending on the amount of sulphur used, involves the creation of cross-links that consist of -S-S- groups
H H HCH H H | | | | THIS IS THE REPEATING UNIT IN ONE ... - C - C = C - C - ... POLYISOPRENE (NATURAL RUBBER) MOLECULE | | | H H H H H HCH H H | | | | ... - C - C - C - C - ... ONE POLYISOPRENE (NATURAL RUBBER) MOLECULE | | | | H H S H | VULCANIZED TO ANOTHER H S H H | | | | ... - C - C - C - C - ... POLYISOPRENE (NATURAL RUBBER) MOLECULE | | | | H H HCH H H
(Polyisoprene is the major constituent of natural rubber)
From Introduction to Material Science for Engineers, Shackelford, MacMillan Publishing Co, NY, 1985
The extent of cross-linking is controlled by the amount of sulfur addition. This permits control of the rubber behavior from a gummy material to a tough, elastic one and finally, a hard, brittle product as the sulfur content is increased.
Now Mark again: Oxygen is chemically very similar to sulfur, and can replace sulfur for cross-linking polyisoprene. They may take advantage of this fact in the balloon manufacturing process, or it may be what causes balloons to go bad from air exposure. I don't know for certain which - I'm a mechanical engineer, not a polymer chemist (though I play one on the net... :-)
Would not the amount of vulcanization make a great deal of difference in the balance of the long force and the side force of a 260?
No, the 2:1 balance of the hoop and axial stresses is a function of the pressure vessel (balloon) geometry, not the material. It's 2:1 for steel too.
There must be a best amount of vulcanization for a 260 to make the best balance of forces for a 260.
Well, there certainly must be a best amount of vulcanization for a 260 in order to make it best for twisting. It's probably determined by trial and error, then written down and kept in the company vault.
How would a 260 made from under cooked latex be different than a 260 that was made from over cooked latex?
The undercooked 260 would be red and bloody in the middle, and the overcooked 260 would taste smoky and burnt.
I wonder who is responsible for the cooking. Does Qualatex get the latex pre-cooked?
No. The "cooking" is done after the dipping.
In the Qualatex-published book "Design" by Gary Wells, they state that: "Qualatex balloons are made from 100% latex. No fillers or substitutes are used."
From Introduction to Material Science for Engineers, Shackelford, MacMillan Publishing Co, NY, 1985
A filler is added to strengthen a polymer primarily by restricting chain mobility. ("chain" is short for "polymer chain" or molecule) It provides dimensional stability and reduced cost.... Roughly one third of the typical automotive tire is a filler (carbon black).
Design also states: "Pioneer compounds its own latex and blends its own inks and dyes".
From Introduction to Material Science for Engineers, Shackelford, MacMillan Publishing Co, NY, 1985
Dyes are soluble organic colorants that can provide transparent colors... A pigment is an insoluble colored material added in powdered form.
monty writes:
> What about the thermal properties of latex? I still don't have any idea > why small deviations in temperature have such a massive effect other than > perhaps the fact that it is derived from TREE SAP. Which of course as we > all know "flows" slower in cold. That was the only theory I had to explain > the slow-mo spread and large pieces that never contracted in my outside > clean-up.
From Introduction to Material Science for Engineers Shackelford, MacMillan Publishing Co, NY, 1985
Polymer properties vary tremendously with temperature. To demonstrate the temperature dependence of polymer properties , the modulus of elasticity (stiffness) is typically plotted against Temperature.
At low temperatures (well below Tg), polymers behave like rigid solids (exhibiting a relatively constant, high stiffness). They deform elastically (like spring steel) and are quite brittle. In this temperature range, they are also referred to as "glassy".
^ | | : |_____: | :". | : ` | : \ S | g : } : T | l : { : I | a : ! : F | s : ! : : F | s : l \ : : N | y : e `.: _ - " ~-. E | : a " _ - " " :` S | : t : : \ S | : h : : i | : e : rubbery : | | : r : : viscous | : y : : | : : : | : : : +-----:----------:------------------------:--------> Tg Tm T E M P E R A T U R E
In the glass transition temperature range, Tg, the modulus (stiffness) drops precipitously and the mechanical behavior is termed "leathery". The polymer can be extensively deformed and slowly returns to its original shape upon stress removal.
Just above Tg, a "rubbery" plateau is observed. In this region, extensive deformation is possible with rapid spring back when the stress is removed. (Latex is an "elastomer" - a polymer with a predominant rubbery region. Note that the modulus of elasticity (stiffness) of rubbers INCREASES with temperature in the "rubbery" region.)
As the melting point Tm is approached, the modulus (stiffness) again drops precipitously as we enter the liquid-like "viscous" region where they behave like cake batter. The boundary between elastic and viscous behavior is known as the "glass transition temperature", Tg.
Images magazine says that after inflation, some vendors of round balloons will throw them in the dryer to get them back to original shape/size for reuse. The agitation and heat that the balloons get as they roll around inside the dryer is essential to restoring them to almost like-new condition. The dryer method works....but its safer to put them inside a terry cloth bag or old pillow slip first to avoid the possibility of melted latex on your dryer drum. Home dryers, even on low settings, can get quite hot! Use the lowest heat setting. Toss them for about 15 minutes and voila, the latex is shrunk back down to original size.
Viscoelastic materials like latex exhibit time dependent deformation behavior. Stretch a steel spring elastically (don't permanently deform it) and release it. You will observe that it instantly goes back to its original size. Now stretch a rubber band and release it. You will observe that the large initial contraction does not return it to its original size; instead it recovers its original size quite slowly. Likewise, inflate a balloon, and then deflate it. Again you will observe that it does not instantly return to its original size, but continues to shrink for quite some time. The rate of recovery can be increased by increasing the temperature. This is another great experiment that you can do with a hair dryer.
Increasing the temperature is what the mfrs. do when they "drum" the balloons in rotating industrial dryers to shrink them back to "like new" after they've been inflated for printing, etc. (Good quality printed balloons are inflated for printing - that's part of the reason they are so expensive). The drumming machines look like oversized stainless steel cement mixers, very similar to the coating drums used in the pharmaceutical industry, and work like the clothes dryer in your home.
There is another neat phenomenon called the "Gow-Joule Effect" wherein most elastomers (rubbers) contract when heated while stressed in tension (stretched). Quite the opposite of what you'd expect, but it's true as you can easily see for yourself. Hammer a nail in the wall, and put a rubber band on it. Hang a heavy weight from the rubber band and let the weight come to rest. Mark the spot on the wall where the weight is. As you gently heat the rubber band, like with a hair dryer (I used a propane torch, but then I like overkill...), you can watch the weight rise (until you start melting the rubber band, that is). The Gow-Joule Effect only works when tensile stress is present though.
Tom writes:
> The exact level of vulcanization may be a most important part of >making a 260.
Indeed. No doubt it's a crucial element of the total manufacturing process.
> The old Ashland balloons had a rubbery feel and seemed to decompose faster > than the Qualatex. The feel of a balloon is tricky because there are > different finishes but I wonder if they started with a different level of > vulcanization.
I expect that the exact process variables are proprietary trade secrets. This is schematically how vulcanizing affects the plot above (it raises and extends the stiffness curve at all temperatures):
^ | | : |_____:_ | :".`. vulcanized curve | : ` `. : / | : \ `. : / S | r : } `.: _ - " ~------. T | i : { ` _ - " " ` I | g : ! : F | i : ! : : F | d : l \ : : N | : e `.: _ - " ~-. E | : a " _ - " " :` S | : t : : \ S | : h : : i | : e : rubbery : | | : r : : viscous | : y : : | : : : | : : : +-----:----------:------------------------:--------> Tg Tm T E M P E R A T U R E
What can be inferred from how a balloon breaks?
Pretty much anything a Tarot Card can tell you if you're good at it. Give me a call at $3.99 a minute and I'll be happy to pop and then read some balloons for ya...
But seriously, fracture mechanics is a powerful tool for post-mortem analysis, and detailed examination of fractures and fracture surfaces can provide all sorts of information.
Monty writes:
> the strangest break line from a round balloon is the Sawtooth zig zag edge. > I suspect that it's from a pressure-overinflation rupture since that's > how some distributors recognize pretend "defectives" (mylar) that some > people try to return when they were actually overinflated.
In a round balloon the tensile stresses are the same in all directions tangential to the wall. Earlier we said cracks propagate perpendicular to the maximum tensile stress direction. Since all directions tangential to the wall are maximum tensile stress directions in a round balloon, a crack can run in any direction. What probably happens is that it runs until it is deflected into a new direction by a nub or other inclusion in the latex.
> I've also noticed that different balloon color "types" break differently. > Pearl Tones seem to "shred" (explode into dozens of TINY shards) which is > a pain on cleanup. > monty
The pearl-metallic sheen of "Pearl Tone" balloons derives from the same technique used to make the "pearl" paint colors used in custom automobile paint jobs: the addition of powdered mica or aluminum. The powder particles in the latex can be thought of as inclusions, and if the latex-particle bond is not as strong as the latex-latex bond it replaces, each powder particle can be thought of as being like... one perforation in the line of perforations between a check and its check stub. When you pull hard on a check and stub perpendicular to the line of perforations, a tear (another name for a crack) runs from perforation to perforation. Well, if you had a piece of paper that was full of perforations everywhere (like what is used in some brands of paper hand towels to make them feel soft), and you pulled on it equally in all directions in the plane of the sheet (like the stress distribution in a round balloon), nobody could predict how the cracks would "connect the perforations", and each time you tried it you'd get a different result.
Additionally, the initial popping of the balloon sends stress waves out through the already highly stressed wall of the balloon, much like the waves that spread out when you drop a rock in a puddle of water. The high stress from the superposition of the existing stress plus the stress wave stress just might be enough to initiate other cracks at sites that were teetering on the edge of bursting, leading to additional crack fronts.
Inflate a balloon of any size/shape. Tell (or bet) the audience you can stick a pin in the balloon, and it won't pop!
If you put a piece of cellophane tape on the surface of the balloon, and jab the pin through the tape into the balloon, it won't pop (at least not right away). The tape keeps that initial "crack" from developing. The air will leak around the pin, or through the hole if the pin is removed. After a while,, one or more cracks will work their way past the edge of the tape, and _then_ it will pop if there is still enough air in the balloon. (I used to use this effect as a sort of "time-delay fuse". The wider the tape, the longer you delay the pop because the tape helps carry the stress that the latex would normally have to carry alone.)
But this can even be done without the tape. You can put an oiled, polished steel needle through a special balloon without popping it. If you know the trick you know the needle goes through the thickest parts of the balloon; near the nozzle and opposite the nozzle. These are the last parts of the balloon to be stretched out completely as it inflates. Make sure that the needle is very sharp, and be sure to wipe a very thin film of Vaseline on the needle... as explained earlier, friction is deadly to latex and you want an initially clean opening, not a tear.
The "Needle thru Balloon" consists of a giant needle (about 16" long) threaded with a bit of yarn. The needle is lubricated with petroleum jelly or silicone grease, and is best stored in a hollow magic wand. The needle has a special conical taper at the tip to make penetration of the balloon more reliable - but a sharpened knitting needle will work in a pinch. Keep the needle very sharp and well lubricated. When it goes through, the Vaseline jelly will plug up the hole and the balloon won't deflate. Secondly, only blow up the balloon half way. It should be about the size of a cantaloupe. The trick should work - I only failed once in 32 years!
A magician writes: I perform the Needle Thru Balloon using clear 11 inch balloons. I usually use Vaseline to lubricate the needle. In an emergency I've even used Salad oil! I blow up an 11 inch balloon with four full blows and let a little out to keep it soft. I tie it, then squeeze the top of the balloon and I'm ready to go into my routine: I get a volunteer up from the audience and have him blow up one of the balloons while I blow up the other one. I ask the kid what would happen if I touched the balloon with the needle. Then I pop the first balloon. I then have the kid hold out his hand. I place the balloon in his hand and have him place his other hand on the top. I take out some ear muffs and put them on me. I realize the mistake and then place the muffs on him. Then I stick the needle through the top of the balloon and through the knot side. I then have the kid let go and then proceed with pulling the thread through. (I use yarn for the thread.) I hand the kid the balloon at the end of the routine and as he goes away, I pop the balloon and give him an animal instead. In my travels, I found different grades of clear balloons and had trouble finding the "spot" at the top of the balloon to go through. So I came up with a foolproof solution: Go to the theatrical make-up counter at your local clown or theater store and get a bottle of liquid latex. Brush some on the part of the uninflated balloon you want the needle to go through and let it dry (usually 5 - 15 minutes). The liquid latex creates the needed spot for the penetration! I have even brushed some on the sides of the balloon and performed a sideways penetration. ( I believe that this is the way Doug Henning did the penetration on one of his specials.)
Another approach is using an 18" clear round and inflating it to 11". It leaves so much barely stretched out rubber on the end that you can poke it like a pincushion if your needle is in good shape. Baby Vaseline in the needle wand (holder) coats the whole needle. Without a coating of lubricant the odds of the trick working go way down.
T.Myers recommends using an 18" clear balloon, blown up to about 11" size. This leaves lots of extra stretchiness to the balloon, and makes the trick much less likely to fail. Failure, as any of you who perform the trick know, is inevitable and happens almost 50% of the time using 11" balloons.
Hmmm, I've been using the "needle-through-balloon" balloons, maybe they are just regular balloons and the name has me psyched but I only rarely have a failure, I can only remember one in the last 10 or so that I've done. There is a technique to it that includes slightly pinching the end before putting in the needle to give yourself some slack. I also use the needle wand to keep my needle well lubed .
I've been using the 18" clear balloons in needle-thru-balloon for about six months now. My success with the 11" clear balloons was very spotty, and seemed to depend on the batch of balloons. The 18" clears have a very large neck that is a bit troublesome to tie, and the "thick spot" at the crown may be quite a bit off-center when the balloon is blown up to 11" size -- you have to look for it. Overall, I like the 18" clears, and have had no failures in performance. I have no plans to go back to the smaller ones.
I use 11" balloons. Of course, I do not inflate them to the full 11" size. I always leave them a little soft.
Ickle Pickle Products , sells both sizes of needle for the needle through the balloon trick. The small one can be stored in a clear tube. The small one will work with saliva as a lubricant, it doesn't need vasoline.
Has anyone mentioned the similarity between the mini-needle thru the balloon and a *hat pin*? Although real hat pins are rare in this part of the world, you can make your own easily. Go to a bead store, (Jewel-Art in our area), and ask for a hat-pin pin. I think they come in 5" - 8" sizes.You can even purchase a fancy bead to glue on the end. Choose carefully, you don't want to get *stuck* with a dull one.
Tom asks: is it better to first overinflate and then let air out to have less tension at the point of penetration or does it make more sense to work with the wall thickness and tension of a inflated-directly-to-80%-full balloon? What is the optimum look of the spaghetti to stick a needle through without creating a tear? The trick will work either way but it seems like one should be better than the other.
The problem is that you need more info to answer this: specifically, you need to know the fracture toughness (a property meaning "resistance to crack growth") and how it varies vs. strain. Well, you need 2 graphs - one for pre-stressed (oriented) latex, and one for virgin latex. Hmmm, actually, the fracture toughness will vary with angle relative to the molecular orientation direction... and with state of stress (equal or different hoop and axial components?)... and... what a mess!
So, what you really need to do is to find a balance point between all these competing mechanisms, (stress driving the crack, stress changing the fracture toughness of the material, orientation effects, etc...) and you'll need quantitative info (numbers) to do it, not just qualitative hand waving like everything written here. Plus, all of these properties are functions of temperature, so it really becomes complicated. Here's a report of how substantially the properties can change with temperature:
Monty writes:
Latex reacts oddly in the cold. In one instance, after cleaning up from a New Years party, I used a pin to dispose of some 16 inch balloons that were outside in 15 degree Fahrenheit weather. Instead of the usual physics, The latex refused to contract in real time and split into two large pieces. The topmost piece was so large that it floated about 12 feet away before the helium escaped from it's edges. In fact the latex never fully contracted until it was brought inside. It did not have High Float in it or anything else that would impede it.
It's probably a lot easier to just do a series of balloon/needle controlled experiments to figure it out. If it's any help, there's a recommendation for making balloons more resistant to popping when pushing them into those new SDS metal grid frames (used for creating balloon walls in large scale balloon decorating). They evidently tell you to pre-inflate the balloon all the way, wait a few seconds, and then deflate it "severely". Because of orientation, creep and stress relaxation, a given balloon diameter can now be achieved at a lower latex stress level than for the inflated-directly-to-size condition.
Released helium balloons explode at a height of about 28,000 - 30,000 ft. 2 studies prove that. One by Don Burchette, inventor of Hi-Float and winner of the crystal award.
How far can a balloon travel before it bursts? According to Totex Corp. (one of the world's largest makers of weather balloons) the rate of ascent for a large balloons is 320 meters per minute or 17.5 ft. per second. A large balloon released at sea level would reach it's bursting height in 26 minutes. The rest is up to wind currents. Treb Heining has released over 1.4 million balloons at once. Millions are released each year in the US. The National Weather Service releases 50,000 five foot diameter balloons each year.
The energy stored in the compressed air inside a balloon is not very large at all. Balloons create very little overpressure, apparently on the order of 5 or 6 mm of mercury when inflated to normal size. On inflation, the pressure must be higher as the rubber just starts to stretch because, from our stress equations above:
the modulus (stiffness) of the rubber is initially large, (it then drops off, to finally get VERY large with increasing strain) the balloon wall is initially thick, and the radius of the balloon is small. Pressure falls rapidly as the balloon grows in size. This follows from the stress/pressure relationship, and the stress/strain curve for latex.
There is a well-understood differential equation applying to soap bubbles relating surface tension, bubble shape and internal pressure. The surface tension can be thought of as a *constant* hoop and axial stress (NOT a function of strain, as in latex). Two soap bubbles inflated to about the same size and connected with a pipe form a system that is not stable. One soap bubble will always collapse and the other will inflate. The smaller bubble size requires a higher air pressure than the larger bubble; it tries to develop the higher pressure by shrinking, but since the bubbles are connected by a pipe, shrinking just forces the air into the larger bubble. As the bubble size difference increases, so does the pressure difference generated to drive the air flow. This speeds up the collapse of the small bubble. Now, remember that the volume of a spherical soap bubble is proportional to the cube of its diameter. Visually, the process *appears* to speed up even more, because even for a constant air flow rate through the pipe, the diameter of the small bubble will be decreasing at a much greater rate than the large bubble diameter will be increasing.
This can be demonstrated with balloons, but the size difference has to be rather noticeable before the process will begin. When it does begin, it can become rapid and it can suddenly halt. With balloons, this is a much more complex experiment than meets the eye because there are so many variables changing at once. The 500 - 600% strains make it a "large deflection" problem, in which we can't make any of the simplifying assumptions which we usually do. The geometry changes substantially, and latex displays highly nonlinear behavior.
The sudden halt even shows up in ONE balloon when you are using 260's. Partially inflate a 260 and what do you get? a large diameter, thin wall, high stress bubble with 500 - 600% strain, a small diameter, thick wall, low stress nipple with but a few % strain, and a transition region between them. Note that each of these two distinct sections contains the same pressure! How is this possible? It's possible because this large deflection problem in nonlinear elasticity (remember the sigmoidal stress-strain curve?) has more than one stable solution! Amazing if I do say so myself!
As balloons reach maximum expansion they get to a point where the latex runs out of stretch and gets stiff and resists further stretching. This is obvious in a fresh, overinflated balloon. It will become stiffer and get very rigid as all the latex molecules all become oriented in the tensile stress directions. This increase in stiffness will cause balloons, unlike soap bubbles, to increase in internal air pressure just before bursting.
Here is some info on balloon bangs, big and little.
While the air pressure inside the balloon does not contain much potential energy, the latex does store terrific potential energy as "elastic strain energy". The rapid release of the stored energy in the latex produces the resounding bang.
When a balloon bursts, the latex splits into various pieces as cracks develop. The speed of sound in latex is much higher than the speed of sound in air. The speed of the crack propagation through the latex approaches the speed of sound in the latex. Therefore, the velocity of the crack faces break the sound barrier in air and make a sonic boom. The latex then violently contracts. The ends of the latex contract so rapidly that they break the sound barrier. Just like the end of a bullwhip, and they make a shock wave. The more latex breaking the sound barrier, the bigger the bang. The faster the latex is going the bigger the bang. A few large very tight pieces of latex contracting will make a bigger bang.
This explains the following:
1. Very large weather balloons made with the very thin latex tend to go "foom" instead of bang. The latex does not develop the high degree of elastic tension needed to really accelerate when it rips apart.
2. A balloon that has been well stretched by severe inflation several times does not expire with as extreme a bang as an identical balloon blown up to the point of fatal overinflation without stopping. (Stress relaxation, creep and fatigue may all play a part here) Also it tends to rip into more pieces (because there's more strain energy to dissipate).
3. Even small balloons like nine inch rounds can produce a very big bang if they are strong high quality balloons and are blown up to the limit. They can develop fantastically high tensions and the latex develops very high speeds when it bursts. Of course a larger balloon blown up to a similar extreme tension all over would make an even bigger bang since more latex would be breaking the sound barrier when it burst.
Implications of the Big Bang Theory
This theory predicts that the very biggest bangs should be produced by:
1. Using high quality balloons made of latex that will stretch very far and is not stiff and limited in the amount of stretch possible.
2. Inflating balloons to the maximum possible extent in order to get the latex as stretched as possible. That is to say, just keep blowing and do not speed things up with a pin or other sharp object.
3. Stretching the balloon a minimum amount. One partial inflation will take away the initial stiffness of the latex and help insure that it will stretch further than a balloon that has not been annealed with one previous inflation. However, this should not be overdone.
4. Have the balloon clear of anything that will impede the latex when it does burst.
Environment and the Big Bang
Environment can have a major affect on the sound produced when even the most optimum balloon is properly inflated past its bursting point.
A padded environment with many complex shapes, an environment full of things to make many canceling reflections, will muffle the bang considerably.
A simple environment with few hard surfaces and a large volume will enhance the bang and produce great booming echoes.
Optimum places for inflating large strong balloons for maximum effect include:
Empty gymnasiums in the middle of the basketball court. Sometimes a fantastic rippling echo can return from the banks of seats.
Large dance studios, often used for aerobics classes, especially with mirrored walls. The mirrors enable one to see just how big the balloon is getting and make optimum sound reflective surfaces.
Concrete stairwells in large buildings, the larger and taller the better. Massive booms can be produced, especially if the balloon is overinflated one floor from the top or bottom of the stairwell. (like a giant organ pipe!)
Project no. : 25307 Title : Test of toy balloons performed for Federal Department of Aviation Rekvirent : Statens Lufthavensvaesen Box 744 Ellebjergvej 50 2450 Copenhagen SV, Denmark Phone 011 45 36 44 48 48 Reference : Hr. Kofoed-Hansen Test Specimen : 10 pcs. latex balloons (11 inch Qualatex) 10 pcs. mylar balloons (18 inch Anagram) Test Period : 1992.April.23 - 1992.April.24 Testing done by : Tom Hjerting Nielsen Susanne Otto Signature : Original Signed by Susanne Otto
The Federal Department of Aviation has until now had the understanding that toy balloons attain a maximum height of a couple of hundred meters, but have now received information that indicates that they can go much higher and with that become a larger danger for air traffic than previously considered.
Therefore, testing is performed with the purpose of determining the height at which balloons explode. The height is determined with the help of a vacuum chamber.
At Electronic Central, tests were performed on toy balloons for the Federal Department of Aviation. The purpose of the tests was to determine the height at which balloons explode.
The tests were performed in a vacuum chamber, where the pressure was slowly reduced and the temperature was reduced simultaneously. Notes were made at which pressure the balloons exploded. The pressure can be converted to an equivalent height.
The tests were performed on two types of toy balloons: 18" mylar and 11" latex.
As received from CHA CHA balloon company, Allerod, 1992.April.23:
10 pcs. latex balloons, 11" diameter (Qualatex)
10 pcs. mylar balloons, 18" diameter (Anagram)
The balloons were delivered, filled with 14 liters of helium.
Thermal vacuum chamber, EC type TVK-2K
EC no. U2401
Date of last calibration: not relevant
U-tube manometer (absolute pressure gage?)
EC no. 23996
Date of last calibration: not relevant
Normal pressure was checked several times during testing according to
EC no. 23742 (Aneroid Barometer)
This chapter describes the tests performed with consideration of the procedure and results.
The tests were performed according to the following procedures.
5 balloons at a time were installed in the vacuum chamber. The pressure in the chamber was gradually reduced. The temperature in the chamber was reduced to -20*C. The pressure at which each balloon explodes is noted together with eventual comments. When all balloons have exploded the temperature and pressure in the chamber are increased to standard laboratory conditions.
First the 10 latex balloons were tested and then the 10 mylar balloons were tested.
The test was carried out as described. Fig 1 and 2 show the test specimens in the vacuum chamber.
(The actual figures have been eliminated due to the poor quality of my copy.)
FIG. 1 Latex balloons in vacuum chamber. (on page 6 of original)
FIG. 2 Mylar balloons in vacuum chamber. (on page 7 of original)
The Table on the next page shows the pressure and the equivalent height at which each balloon exploded. The height was found with linear interpolation of values from IEC 68-2-13 and with that ISO standard 2533 (see appendix 1).
Balloon Type Temperature Pressure Height Notes Latex -20.9xC 228 mmHg 9200 m Latex -20.9xC 220 mmHg 9450 m Latex -20.9xC 220 mmHg 9450 m Latex -20.9xC 216 mmHg 9600 m Latex -20.9xC 204 mmHg 9900 m Latex -20.6xC 203 mmHg 9900 m Latex -19.4xC 193 mmHg 10250 m Latex -19.7xC 189 mmHg 10400 m Latex -21.9xC 180 mmHg 10650 m Latex -20.9xC 179 mmHg 10650 m Mylar 13.8xC 677 mmHg 400 m Mylar -6.0xC 644 mmHg 1000 m Note 1 Mylar -6.0xC 644 mmHg 1000 m Note 1 Mylar -20.6xC 582 mmHg 2000 m Note 1 Mylar -20.3xC 549 mmHg 2600 m Note 1 Mylar -21.7xC 559 mmHg 2400 m Note 2 Mylar -20.5xC 549 mmHg 2600 m Note 1 Mylar -20.5xC 499 mmHg 3450 m Mylar -21.1xC 426 mmHg 4650 m
Note 1: 1 balloon sank down to the bottom of the vacuum chamber.
Note 2: 3 balloons sank down to the bottom of the vacuum chamber.
The results of the finished tests can conclude the following:
Latex balloons explode with in the area of 9200 - 10650 meters altitude with a middle value of 9945 meters altitude. In general, the balloons used in the second test exploded at a higher altitude that the balloons used in the first test. This can be attributed to helium loss during the waiting time having resulted in a reduced internal pressure.
The mylar balloons do not go higher than 1000 - 2400 meters before they either explode or lose their "lift". It is noted that there was a wide range in results for the mylar balloons.
Curve for converting pressure and height
Altitude vs PressureIEC 68-213 (ISO 2533)Pressure (mbar)Altitude (meter)20100200300400500600700 0 5000 10000 15000 20000 25000 30000 3500