What is the weight-bearing capacity of lightweight aerogel material?

  • Thread starter Thread starter abhimohpra
  • Start date Start date
  • Tags Tags
    Material
AI Thread Summary
Lightweight aerogel materials can support significant weight in compression but are fragile under tension, making them unsuitable for applications requiring unsupported loads. The discussion highlights a specific need for a material that can bear at least 300 kg without additional support, such as in a pulley or elevator system. Alternatives like EPP foam are suggested, which offer better elasticity and durability compared to styrofoam. While aerogels are lightweight and strong, their limitations in tensile strength must be considered for practical applications. Overall, aerogel may not be the ideal choice for unsupported weight-bearing structures.
abhimohpra
Messages
19
Reaction score
0
Hi Experts!
Does anybody know about Light weight Aerogel material?
how much it can bare a weight?
Thanks in advance.
 
Science news on Phys.org
Hi,
Thanks a lot again.
Can i buy such material? Any seller?
 
Its most expensive material i could see.
Any other alternative?
 
Sure, styrofoam. But then, you haven't told us what you want to do with it, so I'm not sure how helpful that is...
 
You still haven't told us what you wanted the foam for, but EPP foam is similar to styrofoam, except it's more elastic and won't deform the way styrofoam does. Some radio control gliders are made of EPP foam, either as trainers (bouncable) or for combat (deliberate collisions).
 
@russ_watters
@Jeff Reid :
The application is like pully or elevator without any rope support. Operated by machine independently. And it should bare minimum 300 K.G.

Simply a sheet carrying bulk weight without any support.

It is useful?
 
Is it a light weight material which can bare heavy material?
 
Aerogel can bear considerable weight in compression mode, but is very fragile under tension such as weighting it with a load that is not directly over the supporting structure.

There is an aerogel half the weight of balsa that has better strength characteristics. See "Nothing to It" by Phillip Ball, Nature, Science Update, Web Page, (Pages, pg. 23)

For a reasonably thorough discussion of aerogels see this by a grade school student: http://adzoe.8m.com/sf2002full.html
 

Similar threads

Back
Top