These advanced, customizable formulations are ISO 10993 compliant, compatible with gamma, autoclave, or EtO sterilization, and come in pre- colored or natural grades. KEY CHARACTERISTICS • Excellent chemical resistance • Low moisture uptake • Comparable dimensional stability to nylon • Reinforced with 10–33% glass fill • High impact and wear resistance • Eco-conscious alternative to PA66 and PA6 MARKETS & APPLICATIONS Whether using a standard or customized formulation, the PK-based Trilliant grades provide a high-performing, cost-competitive, and more eco-conscious alternative to competitive materials found in biopharmaceutical processing, hospital settings, and home healthcare applications.

Designed for two- shot injection molding and formulated for the appropriate substrate, these medical-grade TPEs are compatible with rigid PVC, copolyesters, all PC alloys, ABS, TPUs and PEI substrates. Versaflex HC grades provide: • Resistance to common disinfectants • Excellent bonding to Trilliant HC materials and other engineering thermoplastics • Customization to achieve desired haptics and color branding A BINDING CONNECTION With Avient, you can redesign your medical enclosure substrate and improve the ergonomics, comfort and ease of use with overmolded TPEs.

COLORANTS & ADDITIVES FOR MOLDED-IN APPEAL AND PERFORMANCE Color Matching Whichever color our customers want for their plastic parts, our color matching experts will strive to develop a corresponding color masterbatch in the relevant polymer grade. COLOR AND EFFECTS Color Harmony If you are aiming for a homogeneous look, we can develop specific colorants so that different components of your appliance are the same color no matter which polymer types and grades they are made from. We offer a wide range of color concentrates for different polymer grades, from standard to engineering polymers, that fulfill the vertical burning (V-0; V-1; V-2) and horizontal burning (HB) tests.

ONCOLOR™ COLOR CONCENTRATES • Complete range of in-stock color solutions designed specifically for telecommunications, energy, and automotive applications - Complete Munsell color range for telecommunications applications - Complete NEMA color range for electrical applications - J1128 SAE specifications for automotive applications - UL 2885 file E482856 for halogen-free formulations • Custom color solutions for your most demanding low smoke, non-halogenated, UV, temperature, aging, and shrinkage requirements • Weatherable pigments providing color fade resistance for demanding outdoor applications • Optimized formulations for cross-linked polyethylene wire and cable constructions CESA™ PERFORMANCE ADDITIVE CONCENTRATES Custom designed additive solutions for your specific applications, providing added value through ease of processing, product performance, and operational cost savings • Laser marking - improve marking reliability and durability in all types of cable jacketing and insulating materials • Antimicrobial - help protect cables from harmful mold and bacteria growth • Nucleating agents - maintain critical dimensions and manage shrink characteristics • Chemical foaming agents - take out weight and reduce resin costs • UV stabilizers - protect resin material and extend product life • Antioxidants - maintain physical properties • Processing aids - minimize die drool associated with some materials COLORANT CHROMATICS™ HIGH- TEMPERATURE POLYMER SOLUTIONS • Fluoropolymer and high-temperature thermoplastics-based colorant and additive concentrates and compounds • Dispersed pigments for coloring PTFE • Functional additives including laser marking, foaming agents, and conductive, antistatic, radiopaque, reinforced, and cross-linked grades • Full range of printing, striping, and marking inks PRODUCT CODE LET DOWN RATIO COLOR (Munsell) CC10225921 1.00% Black CC00012573 1.00% White CC10222359 1.00% Red CC10223395 1.00% Gray CC10222361 1.00% Green CC00012376 1.00% Blue CC10222363 1.00% Orange CC10222360 1.00% Yellow CC10223394 1.00% Brown CC00012516 1.00% Purple CC10062368 1.00% Aqua CC10223396 1.00% Pink PV C PRODUCT CODE LET DOWN RATIO COLOR (Munsell) CC00000001 1.00% Black CC00012837 1.00% White CC10225296 1.00% Red CC10225298 1.00% Gray CC10225300 1.00% Green CC10225295 1.00% Blue CC10225297 1.00% Orange CC10225299 1.00% Yellow CC10225301 1.00% Brown CC10225603 1.00% Purple CC10225293 1.00% Aqua CC10225294 1.00% Pink PE ONCOLOR™ SOLUTIONS FOR TELECOMMUNICATIONS • PVC colorants designed for telecommunications and fiber optic applications • PE colorants that are excellent for foam skin and solid insulation applications • EVA colorants designed for cross-linked materials and resin applications including XLPE, XLPO, PVC, PE, and more PRODUCT CODE LET DOWN RATIO COLOR (Munsell) CC00012853 1.00% Black CC00012946 1.00% White CC10221766 1.00% Red CC10221760 1.00% Gray CC10221765 1.00% Dk Green CC10221764 1.00% Lt Green CC10221757 1.00% Dk Blue CC10221761 1.00% Lt Blue CC10221767 1.00% Orange CC10221763 1.00% Yellow CC10221758 1.00% Brown CC10221762 1.00% Purple CC10224626 1.00% Tan CC10221759 1.00% Pink EV A PRODUCT CODE LET DOWN RATIO COLOR (Munsell) CC10190635 3.00% Black CC10190642 3.00% White CC10190641 3.00% Red CC10190637 3.00% Gray CC10190638 3.00% Green CC10185195 3.00% Blue CC10185197 3.00% Orange CC10190643 3.00% Yellow CC10190636 3.00% Brown CC10190640 3.00% Purple CC10190634 3.00% Aqua CC10190639 3.00% Pink PB T PRODUCT CODE LET DOWN RATIO COLOR (Munsell) CC10246438WE 2.00% Aqua CC10245005WE 2.00% Black CC10246090WE 2.00% Blue CC10264438DR 2.00% Brown CC10245008WE 2.00% Gray CC10246092WE 2.00% Green CC10264439DR 3.00% Orange CC10261866DR 2.00% Pink CC10261867DR 2.00% Purple CC10264436DR 2.00% Red CC10245006WE 2.00% White CC10246093WE 2.00% Yellow U L 28 85 ONCOLOR™ SOLUTIONS FOR ENERGY CABLE APPLICATIONS • Recommended use rate may vary depending on specific application, process, equipment, and resin grade PRODUCT CODE LET DOWN RATIO COLOR (NEMA) CC00012342 1.00% Black CC00012575 1.00% White CC00012547 1.00% Red CC10018221 1.00% Gray CC00012444 1.00% Dk Green CC10018222 1.00% Lt Green CC00012408 1.00% Dk Blue CC00012407 1.00% Lt Blue CC10013140 1.00% Orange CC00036502 1.00% Yellow CC00012363 1.00% Dk Brown CC00012373 1.00% Lt Brown CC00012526 1.00% Purple CC10018225 1.00% Tan PV C PRODUCT CODE LET DOWN RATIO COLOR (NEMA) AB13820380 3.00% Yellow AB24820333 3.00% Orange AB32820571 3.00% Pink AB33820570 3.00% Red AB44820167 3.00% Purple AB54820507 3.00% Dark Blue AB63820502 3.00% Dark Green AB72820811 3.00% Gray AB84820533 3.00% Brown AB94820333 3.00% Black CC00016954 1.00% White N YL O N ONCOLOR™ SOLUTIONS FOR AUTOMOTIVE APPLICATIONS • EVA colorants designed for use with cross-linked materials such as XLPE • Recommended use rate is 1.00% and may vary depending on specific application, process, equipment, and resin grade PRODUCT CODE LET DOWN RATIO COLOR CC00012853 1.00% Black CC00012946 1.00% White CC10221766 1.00% Red CC10221760 1.00% Gray CC10221765 1.00% Dk Green CC10221764 1.00% Lt Green CC10221757 1.00% Dk Blue CC10221761 1.00% Lt Blue CC10221767 1.00% Orange CC10221763 1.00% Yellow CC10221758 1.00% Brown CC10221762 1.00% Purple CC10224626 1.00% Tan CC10221759 1.00% Pink EV A, J 11 28 PRODUCT CODE LET DOWN RATIO COLOR CC00012342 1.00% Black CC00012575 1.00% White CC00012535 1.00% Red CC00012461 1.00% Gray CC00012425 1.00% Dk Green CC00012426 1.00% Lt Green CC00012379 1.00% Dk Blue CC00012378 1.00% Lt Blue CC00012490 1.00% Orange CC00012585 1.00% Yellow CC00012363 1.00% Brown CC00012525 1.00% Purple CC00012561 1.00% Tan CC00012507 1.00% Pink PV C, J 11 28 A RANGE OF WORLD-CLASS SERVICES With manufacturing facilities and innovation centers across the globe, we work with you to understand your goals and provide the expertise you need for your wire and cable applications.

Click to Visit Our Sustainability Site for More Topic Information Interactive PDF Click on a listing below to be taken directly to that page. HOME | Contents | Message from the CEO | About Us | People | Products | Planet | Performance | Metrics | Index Sustainability Report | 2023 18Sustainability Report | 2023 18 https://www.avient.com/company/sustainability/planet/environmental-stewardship https://www.americanchemistry.com/driving-safety-sustainability/responsible-care-driving-safety-sustainability https://www.avient.com/news/avient-attains-acc-responsible-care-14001-global-certification-environmental-health-safety-and-security-excellence https://www.avient.com/news/avient-attains-acc-responsible-care-14001-global-certification-environmental-health-safety-and-security-excellence https://www.avient.com/sites/default/files/2023-12/Avient_ALL_Policies_Dec_18_2023.pdf https://www.avient.com/sites/default/files/2023-12/Avient_Health_And_Safety_Policy_Dec_18_2023.pdf https://www.avient.com/sites/default/files/2023-12/Avient_SecurityPolicy_Dec_18_2023.pdf https://www.avient.com/company/policies-and-governance-0/code-conduct https://www.avient.com/sites/default/files/2023-12/Avient_Environmental%20Policy_Dec_18_2023.pdf https://www.avient.com/sites/default/files/2023-12/Avient_ProdStewardship_Policy_Dec_18_2023.pdf Safety First Avient is focused on our goal of zero recordable injuries and our ongoing desire to integrate safety into all aspects of our organization. AVERAGE TENURE 8 years AVERAGE AGE 62 RACIAL DIVERSITY 25% Board of Directors Governance GENDER DIVERSITY 25% female TOTAL DIVERSITY 50% HOME | Contents | Message from the CEO | About Us | People | Products | Planet | Performance | Metrics | Index Sustainability Report | 2023 71 https://www.avient.com/sites/default/files/2024-05/3b%20-%20Corporate%20Governance%20Guidelines.Draft%20Feb.%202024.v1.2.Revised.4-16-24.Final_.pdf Ashish K.

Click to Visit Our Sustainability Site for More Topic Information Interactive PDF Click on a listing below to be taken directly to that page. HOME | Contents | Message from the CEO | About Us | People | Products | Planet | Performance | Metrics | Index Sustainability Report | 2023 18Sustainability Report | 2023 18 https://www.avient.com/company/sustainability/planet/environmental-stewardship https://www.americanchemistry.com/driving-safety-sustainability/responsible-care-driving-safety-sustainability https://www.avient.com/news/avient-attains-acc-responsible-care-14001-global-certification-environmental-health-safety-and-security-excellence https://www.avient.com/news/avient-attains-acc-responsible-care-14001-global-certification-environmental-health-safety-and-security-excellence https://www.avient.com/sites/default/files/2023-12/Avient_ALL_Policies_Dec_18_2023.pdf https://www.avient.com/sites/default/files/2023-12/Avient_Health_And_Safety_Policy_Dec_18_2023.pdf https://www.avient.com/sites/default/files/2023-12/Avient_SecurityPolicy_Dec_18_2023.pdf https://www.avient.com/company/policies-and-governance-0/code-conduct https://www.avient.com/sites/default/files/2023-12/Avient_Environmental%20Policy_Dec_18_2023.pdf https://www.avient.com/sites/default/files/2023-12/Avient_ProdStewardship_Policy_Dec_18_2023.pdf Safety First Avient is focused on our goal of zero recordable injuries and our ongoing desire to integrate safety into all aspects of our organization. AVERAGE TENURE 8 years AVERAGE AGE 62 RACIAL DIVERSITY 25% Board of Directors Governance GENDER DIVERSITY 25% female TOTAL DIVERSITY 50% HOME | Contents | Message from the CEO | About Us | People | Products | Planet | Performance | Metrics | Index Sustainability Report | 2023 71 https://www.avient.com/sites/default/files/2024-05/3b%20-%20Corporate%20Governance%20Guidelines.Draft%20Feb.%202024.v1.2.Revised.4-16-24.Final_.pdf Ashish K.

Both thermal and electrical conductivity are affected by the grade of graphite and by molding conditions for the polymer.1 Imerys, “Specialty Carbons for Polymer Compounds” http://www.imerys-graphite-and-carbon.com/wordpress/wp-app/uploads/2014/04/Polymer_compounds1.pdf 2http://cameo.mfa.org/wiki/Metallic_fiber The loading of filler needed to reach this threshold varies by the type and grade of conductive filler and the amount present per volume of polymer.

Both thermal and electrical conductivity are affected by the grade of graphite and by molding conditions for the polymer.1 Imerys, “Specialty Carbons for Polymer Compounds” http://www.imerys-graphite-and-carbon.com/wordpress/wp-app/uploads/2014/04/Polymer_compounds1.pdf 2http://cameo.mfa.org/wiki/Metallic_fiber The loading of filler needed to reach this threshold varies by the type and grade of conductive filler and the amount present per volume of polymer.

Both thermal and electrical conductivity are affected by the grade of graphite and by molding conditions for the polymer.1 Imerys, “Specialty Carbons for Polymer Compounds” http://www.imerys-graphite-and-carbon.com/wordpress/wp-app/uploads/2014/04/Polymer_compounds1.pdf 2http://cameo.mfa.org/wiki/Metallic_fiber The loading of filler needed to reach this threshold varies by the type and grade of conductive filler and the amount present per volume of polymer.

Both thermal and electrical conductivity are affected by the grade of graphite and by molding conditions for the polymer.1 Imerys, “Specialty Carbons for Polymer Compounds” http://www.imerys-graphite-and-carbon.com/wordpress/wp-app/uploads/2014/04/Polymer_compounds1.pdf 2http://cameo.mfa.org/wiki/Metallic_fiber The loading of filler needed to reach this threshold varies by the type and grade of conductive filler and the amount present per volume of polymer.