Introducing AZOTE® Adapt, manufactured via a unique process that redefines chemical foaming
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Successfully executing growth and capacity expansion plans in 2019
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Plastazote® MP15FR from Zotefoams’ AZOTE® range contributes to SSC's energy savings of up to 26% in comparison with other traditional methods.
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Zotefoams demonstrates technological leadership with new crosslinked polyolefin block foam manufactured via a unique process that redefines chemical foaming.
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Zotefoams today premieres innovations in its AZOTE® polyolefin foams and ZOTEK® high-performance products (HPP) ranges, including a significant development in crosslinked polyethylene foams
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Join our AZOTE and ZOTEK teams exhibiting at Foam Expo Europe, Germany, 10th – 12th September. Demonstrating how Zotefoams technology is applicable across all major industries, you can find us at stand number #654 within the Stuttgart Messe.
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National Business Aviation Association’s 2019 Business Aviation Convention & Exhibition is to be held from October 22nd to the 24th at Las Vegas’ Convention Centre.
It will be a great opportunity to speak to our AZOTE and ZOTEK Aviaiton representatives on the capabilities of The Zotefoams Difference.
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Find us in Hall 5 Stand No. A24. Meet our global team and find out how The Zotefoams Difference can benefit your business.
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CPhI Worldwide is where the global pharmaceutical industry meets. Visit our international T-FIT® team on booth 110D31 in the PMEC zone to discover the advantages of our unique insulation technology for life sciences manufacturing.
read moreHigh 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.
