Long Fiber Thermoplastics (LFT) for Brackets and Latches Unlock opportunities for cost savings, lightweighting, & production efficiencies Brackets and latches are traditionally made of cast aluminum or stamped steel. Processing conditions can cause material properties to shift from the values stated in the information. This literature shall NOT operate as permission, recommendation, or inducement to practice any patented invention without permission of the patent owner.

Designed to improve driver and passenger safety and comfort, this new leading-edge TPE technology reduces volatile organic compounds (VOCs) by 50 percent and minimizes fogging and odor in interior automotive components. It can be overmolded onto polyolefin substrates using two-shot injection molding processes. Fogging of windows can impair visibility, while odor can be offensive or cause allergic or respiratory reactions. http://www.ecocenter.org/article/news-ecolink-press-releases/new-ecology-center-guide-toxic-chemicals-cars-helps-consumers To access PolyOne’s news library online, please go to www.polyone.com/news.

Except in the case of a force majeure, if not satisfied with Seller’s determination, Buyer as its sole remedy shall have a right to terminate the sale contract to which these Terms apply without further obligation upon: (i) 10 calendar days’ written notice; and (ii) payment for all Product received to date. 13. Buyer shall disseminate such information so as to give warning of possible hazards to persons whom Buyer can reasonably foresee may receive exposure to such hazards, including, but not limited to, Buyer’s employees, agents, contractors and customers. Buyer shall indemnify, defend and save Seller harmless against any and all liability for Buyer Indemnity Costs arising out of or in any way connected with Buyer’s failure to disseminate such information.

Where would we be without those beefy, hardworking giants of the transportation world? Composite materials bring strength without the extra pounds. Composite materials bring strength without the extra pounds.

These solutions helped one of our customers satisfy high Vehicle Interior Air Quality (VIAQ) standards without compromising desired surface finish, gloss level, mechanical property or density. Maxxam™ helped the customer reduce the VOCs and fogging in their newly launched models by up to 80%, without compromising desired mechanical property or surface finish.

These solutions helped one of our customers satisfy high Vehicle Interior Air Quality (VIAQ) standards without compromising desired surface finish, gloss level, mechanical property or density. Maxxam™ helped the customer reduce the VOCs and fogging in their newly launched models by up to 80%, without compromising desired mechanical property or surface finish.

These solutions helped one of our customers satisfy high Vehicle Interior Air Quality (VIAQ) standards without compromising desired surface finish, gloss level, mechanical property or density. Maxxam™ helped the customer reduce the VOCs and fogging in their newly launched models by up to 80%, without compromising desired mechanical property or surface finish.

These solutions helped one of our customers satisfy high Vehicle Interior Air Quality (VIAQ) standards without compromising desired surface finish, gloss level, mechanical property or density. Maxxam™ helped the customer reduce the VOCs and fogging in their newly launched models by up to 80%, without compromising desired mechanical property or surface finish.

These solutions helped one of our customers satisfy high Vehicle Interior Air Quality (VIAQ) standards without compromising desired surface finish, gloss level, mechanical property or density. Maxxam™ helped the customer reduce the VOCs and fogging in their newly launched models by up to 80%, without compromising desired mechanical property or surface finish.

These solutions helped one of our customers satisfy high Vehicle Interior Air Quality (VIAQ) standards without compromising desired surface finish, gloss level, mechanical property or density. Maxxam™ helped the customer reduce the VOCs and fogging in their newly launched models by up to 80%, without compromising desired mechanical property or surface finish.