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e2e Materials Wins ‘Composites Sustainability’ Award

by LiveModern Webmaster last modified Mar 02, 2012 02:12 PM
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by pressroom last modified Feb 29, 2012

e2e Materials, a clean technology spinoff of Cornell University that develops product made from its advanced biocomposite materials used for the furniture and cabinet industries has won the Award for Composites Excellence (ACE) for its Transform Worksurface product in the Composites Sustainability category. The award, announced by the American Composites Manufacturers Association (ACMA) at the Composites 2012 conference in Las Vegas is provided to companies whose composite-based products demonstrate significant innovation and commercial application.




 

 

e2e Materials, a clean technology spinoff of Cornell University that develops product made from its advanced biocomposite materials used for the furniture and cabinet industries has won the Award for Composites Excellence (ACE) for its Transform Worksurface product in the Composites Sustainability category. The award, announced by the American Composites Manufacturers Association (ACMA) at the Composites 2012 conference in Las Vegas is provided to companies whose composite-based products demonstrate significant innovation and commercial application.

The Transform Worksurface is made from a proprietary biocomposite comprised of soy flour and flax fibers that outperforms products made from today’s particleboard and medium density fiberboard. In addition, e2e goes beyond today’s formaldehyde legislation by eliminating all hydrocarbon feedstocks to offer the highest and safest ratings possible in the Living Building Challenge and Pharos frameworks. e2e uses only 19 percent of the energy to produce its products—compared to particle board—which naturally biodegrade at the end of their life cycle.

The company’s proprietary biocomposites – featuring 28 pending patents – are made from feedstocks including soy flour and natural grass fibers, such as jute, flax and kenaf, which eliminates the off-gassing of formaldehyde or any toxic chemicals. Using these biocomposite materials enables e2e to manufacture lighter products that maintain the tensile strength and durability approaching some steel products and have been extensively tested and validated to multiple industry standards. In addition, the company employs a unique 3-D forming capability that eliminates costly manufacturing processing steps and associated waste.

“Being acknowledged as a key innovator by the American Composites Manufacturing Association is the ultimate validation of our highly differentiated approach to developing sustainable biocomposites that are the ultimate in sustainability, American made and cost-effective,” said Patrick Govang, CEO of e2e Materials. “We’re fortunate to be at a key intersection in our industry where market demand for sustainable composite-based materials is exploding globally.”

e2e Materials, based in Ithaca, NY, develops, designs, engineers and produces proprietary biocomposites for the furniture, cabinetry and other markets. e2e’s proprietary composites are made from soy flour and natural grass fiber such as jute, flax and kenaf. Products made from e2e’s biocomposite are stronger, lighter, safer and cheaper than those made from formaldehyde-laden wood composites. Additionally, e2e uses only a small fraction of the energy required for wood composites, saving billions of pounds of CO2.

Source: BUSINESS WIRE



 

 

 
 
 

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