Resins

Advanced Melt Processable Fluoroelastomer Compounds Increase Flexibility in Addition to Maintaining Excellent Heat and Chemical Resistance

Exton, Pa., August 28, 2023 - Fluon+™ flexible AR melt processable compounds are based on a modified ETFE copolymer and a unique fluoroelastomer. These grades maintain many of the desirable properties of ETFE, like excellent heat and chemical resistance, but are more flexible than other fluoropolymers. These materials are used in many applications including wire and cable, films and sheets,...

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Fluoropolymer Materials Improve Insulation Properties of Flat Wire Jackets for High-Voltage Systems

Fluoropolymer Materials Improve Insulation Properties of Flat Wire Jackets for High-Voltage Systems

Exton, Pa., June 23, 2022 -- Electric vehicle manufacturers are increasingly using flat wires over traditional round wires for improved efficiency and higher power output. AGC Chemicals Americas will present polymer solutions for flat wire jacket materials that enhance insulation properties, flexibility and heat resistance at the Polymers in Cables event, June 28--29 at the Sofitel Philadelphia...

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New Purification Resin with Extended Resin Stability in Sodium Hydroxide

AVIPure®-COV2S has several defining characteristics such as high binding capacities and high yields at soft elution conditions. Based on affinity ligand that is selective to the receptor binding domain within SARS-CoV-2 virus spike protein. Ideal for bioprocess and research applications as well as enable manufacturers to increase their efficiency and deliver more doses.

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New Purification Resin with Extended Resin Stability in Sodium Hydroxide

AVIPure®-COV2S has several defining characteristics such as high binding capacities and high yields at soft elution conditions. Based on affinity ligand that is selective to the receptor binding domain within SARS-CoV-2 virus spike protein. Ideal for bioprocess and research applications as well as enable manufacturers to increase their efficiency and deliver more doses.

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AkzoNobel Unlocks More Sustainable Future for Coatings After Biomass Breakthrough

AkzoNobel Unlocks More Sustainable Future for Coatings After Biomass Breakthrough

A world of possibilities for paints and coatings has been unlocked by research being conducted by AkzoNobel, in collaboration with the Dutch Advanced Research Center Chemical Building Blocks Consortium (ARC CBBC). The breakthrough innovation involves the development of a more sustainable way of making resins, which could pave the way for the introduction of futuristic functionality – such as...

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