PDI) on extruded profiles 2 ASTM D-638 3 ASTM 256 4 ASTM D-648 66 psi, unannealed, 0.125" 5 Savings depends on profile size and production volume Acrylite is a registered trademark of Evonik Performance Materials Lens Performance Resilience™ LS Frost PVC Acrylite® Satinice Frost PMMA Light Transmission1 at 0.060" (1.5mm) 83% Low Diffusion 78% Medium Diffusion 75% High Diffusion 81% Low Diffusion Diffusion Half Power Angle (DLD) 26° Low Diffusion 41° Medium Diffusion 58° High Diffusion 26° Low Diffusion Tensile Strength2 Tensile Modulus2 Tensile Elongation (break)2 7,360 psi 400,000 psi 20% 7,330 psi 330,000 psi 43% Flammability (UL 94) V-0 @ 1.5mm 5VA @ 2.0mm HB @ 1.6mm Notched Izod Impact (73°F)3 2.3 ft-lb/in 0.6 ft-lb/in Heat Deflection Temperature4 157°F/69°C 182°F/83°C UV Stability Good Excellent Chemical Resistance Excellent Good Typical Lens Profile Cost 10–15% Savings5 Baseline 1.866.POLYONE www.polyone.com Copyright © 2018, PolyOne Corporation.

Homepage // News Center // Avient Launches Next Generation Low Adhesive Build-Up TPE for Protective Film Tack Layer SHANGHAI – September 22, 2021 – Avient today unveiled its new optimized Versaflex™ CF6668 low build-up TPE for the tack layer of protective film.   Protective film co-extruded with Versaflex CF6668 TPE answers this market need.

TPE Knowledge Base SBC TPEs have inherently superior color than most other TPEs. On start-up, retract the extruder and air purge it well before attempting to fill the mold.

The lower extractable profile of Versaflex™ HC BT218 thermoplastic elastomer provided a drop-in material replacement with excellent clarity and performance for a medical tubing extruder Customized Versaflex™ TPEs provided soft-touch TPEs and met regulatory needs  TPEs for Healthcare

Weight reductions between 15 and 30% can be reached in standard monolayer and co-extruded applications. Building & Construction Chemical foaming agents create an especially fine-celled foam structure in extruded goods. This cellular structure results in weight reductions of 15 to 30% in films and sheets and 20 to 40% in pipes, profiles, and boards.

GLS™ TPE AUTOMOTIVE SOLUTIONS IMPROVE VEHICLE AIR QUALITY WITH TPEs FOR AUTOMOTIVE HVAC FLAPS Vehicle interior air quality in passenger vehicles and strict automotive OEM standards have driven our advancement of these low VOC, low fogging TPEs for use in heating/ventilation/air conditioning seals. GLS automotive TPEs are designed to improve driver and passenger safety and comfort. This industry-leading TPE technology reduces volatile organic compounds (VOCs) by 50% and fogging by 35% versus existing TPEs for HVAC applications.

TPEs for Anti-Vibration Feet - Application Bulletin GLS™ TPEs - Overmolding Guide Versaflex™ PF formulations are specially developed for the manufacture of co-extruded surface protective films

Versaflex™ XP Wet Grip Thermoplastic Elastomer Typically, when TPEs get wet, the kinetic coefficient of friction (COF) performance is worse, resulting in a slippery surface. KEY CHARACTERISTICS • Excellent COF performance (both wet and dry) • Outstanding abrasion and UV resistance • Easily colorable • Custom formulations available to achieve specific performance properties • Injection moldable (can be overmolded) and extrudable • Retains properties and performance when immersed in salt water MARKETS & APPLICATIONS This grip-enhancing TPE is colorable and customizable to meet the look and functional requirements of a broad range of consumer applications. The material may be injection molded, overmolded or extruded, offering expanded design freedom for adding a touch of security and reducing slippage where water can otherwise make products slippery

TPEs were determined to be most susceptible to microbial attack under the appropriate environmental conditions. Physical and mechanical property testing was also performed on extruded pellets and/or specimens prepared from injection molded plaques. These results made TPEs an attractive candidate for modification with antimicrobial additives for the preser- vation of the TPEs in their end product use and for fur- ther efficacy studies.

These are high clarity TPEs with high tensile and tear properties. These TPEs have good processability. Surface smoothness of both injection molded and extruded products is affected by the rheology and interface shear stress of the system.