Zotefoams takes delivery of two new vessels as another milestone in capacity investment is reached
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High demand for ZOTEK® F as the ideal aircraft interior solution
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Further boost to US manufacturing capacity announced
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Zotefoams will complete a $42 million investment package at its US foam manufacturing site with the commissioning later this year of a second high-pressure autoclave.
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Zotefoams, a world leader in cellular materials technology, reports a sustained increase in demand for its best-in-class high performance product (HPP), ZOTEK® F in advanced light-weighting applications in the aviation sector. Available in flexible, semi-rigid and rigid grades, ZOTEK F foam is manufactured from specialist PVDF engineering polymers to meet the exacting standards of aviation.
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Experience Pure Performance at Foam Expo in Novi, MI, this March.
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Visit our booth in the Upper B3 Hall stand number 3UB30 where members of our ZOTEK and AZOTE teams will be answering all aviation queries and explaining why our market-leading foam is so exceptional.
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Discover clean-room technology innovating the Semi-conductor and BioPharma industries at booth #3882.
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Meet the AZOTE team at APFE 2019: The 15th Shanghai Internation Adhesive Tape, Protective Film & Functional Film Expo. We will be exhibiting from the 12th to the 14th this June at Shanghai’s National Exhibition and Convention centre – Halls 6.1 and 5.1. Stop by and pose any queries on product protection to our team! For more details on the event please visit APFE2019’s website via the link below.
www.apfechina.com
High quality polyolefin foams from differing base polymers but all manufactured using the same unique nitrogen expansion process route.
A range of high performance foams manufactured from fluoropolymers, engineering polymers and specialty elastomers.
An advanced insulation system designed to meet the standards required for clean process manufacture, improve cost efficiency and eliminate risk.
A patented technology that provides unique design flexibility and cost savings opportunities. An extruded part will perform like solid plastic but will typically use 15-20% less material. MuCell® is a registered trademark of Trexel, Inc.
