Composites are inherently lightweight alternatives to metal and other materials, enabling sustainability initiatives such as material reduction and fuel economy improvements in many end products.

Edgetek™ Formulations enable customers to achieve a selective metallization circuit design in a limited space.

Part weight reduction • Low loss tangent • RoHS & REACH compliant solution • Halogen- and heavy metal-free solution • Recyclable Copyright © 2022, Avient Corporation.

Plastic or metal reels are also available.

Plastic or metal reels are also available.

Plastic or metal reels are also available.

Ideal for metal replacement, these formulations can deliver robust performance in harsh environments without compromising physical integrity.

Ideas include: • Molded-in metallic • Granite or frost effect • Glow-in-the-dark • Laser marking Optimize Processing Time is money—customized solutions can help you reduce cycle times and handle color changeovers more quickly.

Cloud Grey US OC7SAG Mink US OC9SAE Dusk US OC5SAA Chocolate Brown US OC8SAH Terracotta US OC8SAI Light Brown US OC8SAJ Mushroom US OC8SAK Mid Brown US OC8SAL Dark Brown US OC8UFK Mahogany US OC8ASM Rosewood US OC8SAN Toffee US OC8SAP Honey Beige US OC8SAQ Chestnut Brown US OC8SAR Beige US OC8SAS Deep Black US OC9UFA Ebony US OC9SAD METALLICS Gold US OC8SAD Aztec Gold US OC8SAE Copper US OCCSAD Silver US OC7UFA Pewter US OC7SAD FLUORESCENTS Fluorescent Yellow US OC1SAD Fluorescent Pink US OC3SAG Fluorescent Green US OC6SAJ 1.844.4AVIENT www.avient.com Copyright © 2023, Avient Corporation.

The high strength-to-weight ratio of long fiber composites makes them a suitable metal replacement medium for those seeking to reduce weight.   In conjunction with proper component design, long fiber composites can provide the same level of mechanical performance as common die cast metals (ie: magnesium, zamak, and aluminum). Complex Geometry – Switching from methods of metal forming to injection molding long fiber composites allows production of components with more complex geometries.