These materials provide exceptional chemical resistance, low moisture uptake, excellent dimensional stability, and high impact and wear resistance. The LubriOne PKE series are internally lubricated grades that combine chemical resistance performance with improved wear resistance and low coefficient of friction properties. The added lubricity helps to meet the low friction needs of applications in industrial, electronics and appliance markets like conveyor belts, gears, switches, pumps, and spigots.

A manufacturer of high-speed, electronic connectors for the telecommunications industry had a customer that needed a connector for a new, low-cost computer it was developing. In addition, they are costly to manufacture, which makes them economically unfeasible for use in low-cost computers.    Meet targeted cost-performance requirements – The selected resin must offer significant savings over the current LCP/carbon fiber formulation through material and/or manufacturing savings, thus enabling penetration of the low-cost computer market with a competitive connector.

Our TPEs combine high quality, high productivity, and low production cost to meet your needs, whether you’re an OEM or a supplier. It offered low-temperature flexibility, good abrasion resistance, excellent colorability, and resistance to attack from UV radiation – ticking off every check box on the Jäger team’s wish list. A high productivity manufacturing process that drives low per-part cost is crucial for dealing with cost pressures.

Avient introduces the Syncure™ XLPE 200 Series, cross-linkable polyethylene formulations with a DBDPE-free alternative to traditional flame-retardant materials for low voltage cable systems. The Syncure XLPE 200 Series marks Avient’s first DBDPE-free materials in this product line, offering an alternative flame-retardant choice for low-voltage wire and cable insulation without compromising performance. They can be used for low-voltage insulation in building wires, tray cables, and service entrance cables in both vertical and horizontal systems. 

Featuring excellent opacity and low-temperature (260-280°F, 127-138°C) cure bleed resistance, EPIC Single LC White can also help avoid ghosting on cotton substrates when hot stacking garments. EPIC Single LC White is an addition to Wilflex’s existing portfolio of white inks, which will soon be introduced in upgraded formulations, including: • EPIC Top Score LC White – aimed at 100% polyester sports apparel, ideal for short run jobs • EPIC Polywhite LC – provides greater bleed resistance for 100% polyester sports garments • EPIC Performance LC White – combines low bleed with ultra-stretch properties • EPIC Amazing Bright White – upgraded to improve bleed resistance and opacity on cotton poly blends Copyright: Wilflex 2017 Caption: Wilflex EPIC™ Low Cure Whites EDITORS: For a high-resolution image, please click here: Wilflex EPIC™ LC Whites To access PolyOne’s news library online, please go to www.polyone.com/news.

OnFlex™ TPEs: offer high thermal, chemical, and mechanical property profiles with low odor for demanding applications in transportation, including OnFlex AF 7210-70 for automotive components with low volatile organic compounds (VOCs), low fog, and lower density compared to previous material grades, plus excellent low-gloss surface finish and soft touch for high-quality aesthetics PREPERM™ Low-Loss Dielectric Thermoplastics: developed for telecommunication applications, such as lightweight 5G antennas, with controlled dielectric performance and low transmission losses

reSound™ Ultra-Low Carbon Footprint TPEs are formulated to achieve a negative, neutral or low carbon footprint versus traditional TPEs.

Low VOC for improved air quality and fog reduction Low-temperature performance for crack resistance and seamless airbag deployment

These are proven colorants, suitable across a variety of industries, with typically low let down ratios. Low let down ratios – typically 100 to 1

Under the Remafin™ brand name, color masterbatches (color concentrates) are specially formulated for use in polyolefin polymers, including high-density, low-density and linear low-density polyethylene (PE), and polypropylene (PP).