reSound™ Ultra-Low Carbon Footprint TPEs Profile and Sheet Extrusion for Rails and Kick Plates Cesa™ Flame Retardants solution to meet extruder's key requirements

GLS™ TPEs with Antimicrobial Technologies - Product Bulletin 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 Broad range of Versaflex™ HC 3810 TPEs, all formulated without animal derivatives, met demands for barrier, flexibility and sealing performance

Our custom ColorMatrix™ dosing equipment makes Excelite additives suitable for use on all types of extruders (single and twin screw). TARGET APPLICATIONS Excelite additives are available for numerous foaming applications, such as profiles, siding, decking, molding and pipe. EXCELITE CAN ENABLE ENHANCED PRODUCTION QUALITY Avient’s ColorMatrix metering equipment is highly accurate and delivers Excelite additives directly into the extruder/molder feed throat.

Versaflex™ PF is a co-extruded tack layer for surface protective films. Versaflex™ PF formulations are specially developed for the manufacture of co-extruded surface protective films Visit Our TPE Knowledge Center

GLS™ TPEs with Antimicrobial Technologies - Product Bulletin 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 Broad range of Versaflex™ HC 3810 TPEs, all formulated without animal derivatives, met demands for barrier, flexibility and sealing performance

GLS™ TPEs with Antimicrobial Technologies - Product Bulletin 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 Broad range of Versaflex™ HC 3810 TPEs, all formulated without animal derivatives, met demands for barrier, flexibility and sealing performance

They can be used in the extrusion of polyethylene or polypropylene to reduce the friction between the molten polymer and metal, enabling the polymers to be extruded without melt fracture. These non-PFAS process aids work by migrating to the metal surface and reducing friction in the extruder and at the die. KEY CHARACTERISTICS • Reduces melt fracture leading to fast time to clear • Reduces die buildup • Improves process efficiency • Retains ability to seal and print • Available in both solid and liquid • Offers low concentration efficiency • Reduces power requirements • Does not interact with other additives APPLICATIONS • Blown film • Profile extrusion • Tubing and pipe extrusion • Wire and cable applications • Extruded sheet • Applications in both virgin resin and PCR Copyright © 2024, Avient Corporation.

PROFILE/SHEET EXTRUDER R A I L S A N D K I C K P L A T E S • Convert existing PVC profile and sheet rails and kick plates to polyolefin resin to meet Class A fire safety (ASTM E84) • Provide a system that meets healthy building certifications and approvals • Utilize a more sustainable flame retardant technology, removing brominated or halogenated flame retardants from the environment • Achieve non-compromising performance in aesthetics, impact, dimensional stability, CLTE, and E84 testing • Provided broad flame retardant platform, backed by extensive application and industry expertise, to meet global flammability standards • Has largest UL94 recognized Prospector membership with HB, V-0, V-1, V-2 and 5VA/5VB ratings, and broad glow wire performance products • Included in-house UL certified labs and manufacturing locations to perform UL94 material sampling and testing • Supported application development to meet fire safety standards, address current or emerging healthy building codes, smart home requirements, and LEED credits • Offered custom formulations in small lot quantities Cesa™ Flam Non-Halogen Flame Retardants KEY REQUIREMENTS WHY AVIENT?

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.

On start up, retract the extruder and air purge it well before attempting to fill the mold. 24 PROCESSING CONDITIONS Introduction This section describes general processing guidelines for GLS TPEs. Injection Speed If possible, profile the injection speed to fill the runner system rapidly and then slow down after the material starts flowing through the gate and into the cavity. If the injection unit is equipped with a profiled pack and hold phase, it can be used to reduce the velocity and pressure to the runner.