This portfolio includes the recent addition of Mevopur bio-based polymer solutions, which are color and additive masterbatches based on bio-polyethylene resins that have up to 95 percent bio-based content.

COMPTEK™ High Temperature Formulations: Eighteen months ago, PolyOne acquired COMPTEK (Diez, Germany), a specialist in formulations based on extreme-heat polymeric materials such as PEEK, PES, PEI, PPS, PSU and PPSU. Properties that can be achieved with these materials include transparency, even for formulations based on polysulfone, electrical and/or thermal conductivity, laser marking, and X-ray opacity. FireCon™ CPE: based on chlorinated polyethylene (CPE), this flame-retardant material resists acids, alkalis, oils, fuels, chemical solvents, extreme temperatures, and weather.

Avient expands the launch of its new Cesa™ Non-PFAS Process Aid for polyolefin extrusion and film formulations to Asia, enabling processability, productivity, and stability comparable to traditional fluoropolymer-based processing aids. Avient’s new Cesa Non-PFAS Process Aid delivers performance characteristics similar to traditional fluoropolymer-based options, reducing friction between the polymer and the metal, allowing the polymer to be more easily extruded. In addition, Cesa Non-PFAS Process Aid can deliver these performance benefits at the same dosage levels as traditional fluoropolymer-based additives while meeting Greater China GB 9685-2016, U.S.

While most batteries are traditionally metal-based, there are significant advantages to using polymers (plastics) instead, especially with recent advancements in polymer science that make using these materials in electric vehicle batteries possible. Furthermore, the lighter weight of polymer-based batteries contributes to improved energy efficiency, reducing greenhouse gas emissions during vehicle operation.  Using engineered polymers in electric vehicle batteries presents numerous advantages over traditional metal-based materials.

Because of their excellent recovery characteristics, GLS TPEs are capable of being stretched and deformed, allowing them to be pulled from deep undercuts (Figure 2). Typical shrinkage values for SEBS-based formulations are 1.3%–2.5%, whereas those for SBS-based formulations are 0.3%– 0.5%. Mold bases, ejector plates, and some cavities (if nickel or chrome plated to prevent rust).

Telecom applications including antennas, mobile base stations and satellites, automotive and industrial radars and radomes, health and security technology such as body scanning and imaging devices. H-series uses a different filler but is based on the same technology as the standard series. 4G/5G Antenna Base Stations

Mevopur™ Healthcare Bio-based Polymer Solutions: color and additive concentrates based on polymers with 70-95% bio-content and pre-tested raw materials to help reduce carbon footprint and mitigate risk, available in pre-colored formulations, offer a sustainable drop-in replacement for fossil-based grades and can be processed and recycled in the same channels.  PCF values are available for these products and are based upon a TUV-certified ISO-14067: 2018 process.

They can be overmolded onto a variety of substrates, are compliant with ISO10993 & USP Class VI, and can be customized based on application need. Mevopur™ Healthcare Bio-based Polymer Solutions Mevopur™ Healthcare Bio-Based Polymer Solutions for Medical Devices and Pharmaceutical Packaging (English)

XSY AQUARIUS HIGH DENSITY BASE XSY AQUARIUS SUEDE BASE WB1057 Water Base Primer

Mevopur™ Healthcare Bio-based Polymer Solutions Stan-Tone™ WDN Water-Based Dispersions Mevopur™ Healthcare Bio-based Polymer Solutions