At Last–Large, Strong Aerogel Panels are Commercially Available

People have been hearing about mechanically strong aerogels such as x-aerogels and strong organic aerogels like polyimide aerogels along with all of their promise for use as ultralightweight structures, dust-free superinsulation, and science-fiction-y applications for some time now.   Small samples of strong aerogels have been commercially available for the past couple years, but nothing much bigger than the size of a playing card, or the back panel of a Google Nexus 7 tablet, meaning there has not been a whole lot of movement using these materials for improving building efficiency, making ultralight cars, or building what we all really care about deep down inside, flying cars and hoverboards–applications where ultralight materials could have a significant on reducing carbon dioxide emissions and saving fuel costs.

One-foot (30-cm) Airloy X103 strong aerogel panel balancing a PTFE plastic tile of the same mass. Image courtesy Aerogel Technologies.

Well good news.  Aerogel Technologies today announced that they are now manufacturing large (one-foot, 30-cm) panels on its new pilot line, and that these panels are soon to be followed by even larger panels.  The company plans to market these materials as lightweight replacements for plastics for use anywhere weight and cost are coupled, for example, in cars, planes, and refrigerated trucks.

Strong aerogel panels made of Airloy X103, a high-strength organic aerogel that is stable to about 80°C, are being made available on  Other formulations including new high-temperature Airloy X114 are soon to follow.

Visit to buy large Airloy panels now.

One Response to “At Last–Large, Strong Aerogel Panels are Commercially Available”

  1. J. L. Turriff says:

    It’s nice to see that aerogel is now available in pieces larger than an inch or so on a side, but still a bit disappointing that it is so very thin. I’m looking for a source of aerogel (or better, x-aerogel) with dimensions of the order of 1′ x 1′ x 3″, which I can use as a lightweight chassis for some electro-mechanical components. Any suggestions for sources?

Leave a Reply

You can add images to your comment by clicking here.