Balloon Specification

• 16in or 39cm (Click balloon size chart page to see actual balloon size)
• Foil or Mylar Finish
• Self-sealing
• Reusable
• Balloon NOT suitable for helium, will not float even when inflated with helium

How will the balloon be given to me?  

• Un-inflated (Flat packaging)
  • The balloon will arrive deflated and in a sealed pack. (no ribbon is provided)
• Normal Air Inflated
  • The balloon will arrive inflated with normal air. (balloon will not float, may decorate by sticking on the wall or dessert table)
  • Not assembled, need to set-up yourself

How do I inflate balloon with normal air myself?

Balloon can be inflated with normal air using a straw or balloon pump. Please note, balloon will not float even if inflated with helium.

How long will Party Wholesale's normal air inflated foil balloon last?

Normal gas inflated foil balloon will last approximately 1-5 days. If balloon deflate slightly, may always re-inflate balloon with a straw or balloon pump.

How do I re-use foil balloon?

Foil balloon can be re-use for future use by following below steps

1. Gently slot straw into balloon opening
2. Gently press down on balloon to release air in the balloon
3. Remove the straw and balloon can be kept for future use. Store in cool area, away from direct sunlight. 

* Refer for below video on how to deflate foil balloon using straw. 

More Balloon Information

Need more details? Our Balloon Information hopes to answer all your questions about balloons, helium-inflation and delivery.

Please Note

Do not release the balloon outdoors or near overhead power lines as the balloon may conduct electricity. Hold down balloon with counterweights. Not suitable for children under 24 months.

Excessive heat could cause the balloon to burst; therefore to suit Singapore's hot weather, Party Wholesale will only inflate balloon up to 95% to allow room for helium gas to expand. Likewise, due to the sensitivity of helium gas, the balloon might appear slightly deflated when place in indoor air-con environment as helium gas contract in a colder environment.