These components win by losing the paint and saying yes to molded-in color Advances in molded-in color technologies allow geometrically complex parts to be produced without compromising on color. That’s also the amount that you can save by switching to molded-in color components. 

These components win by losing the paint and saying yes to molded-in color Advances in molded-in color technologies allow geometrically complex parts to be produced without compromising on color. That’s also the amount that you can save by switching to molded-in color components. 

Colorant Chromatics™ PEI Masterbatch Colors for High-Temperature Injection Molding Applications Colorant Chromatics™ PEI colorants are specifically designed to color polyetherimide (PEI) resin used in high-temperature injection molding applications. Formulations are heavy metal free and manufactured using state- of-the-art pigment dispersion techniques that improve homogenization and color distribution during injection molding. PRODUCT COLOR LDR* PANTONE NO.** 680.00 Black 2% Black 3C 680.01 Brown 6% 4625C 680.02 Red 15% 7621C 680.03 Orange 6% 1595C 680.04 Yellow 6% 605C 680.05 Green 6% 7732C 680.06 Blue 10% 7697C 680.07 Violet 15% 7665C 680.08 Grey 5% 7539C 680.09 White 12% 7499C * Recommended let down ratio addition rates.

These components win by losing the paint and saying yes to molded-in color Advances in molded-in color technologies allow geometrically complex parts to be produced without compromising on color. That’s also the amount that you can save by switching to molded-in color components. 

Colorant Chromatics™ PSU, PES and PPSU Masterbatches Colors for High-Temperature Applications Colorant Chromatics™ PSU/PES/PPSU colorants are designed to color polysulfone (PSU), polyethersulfone (PES), and polyphenylsulfone (PPSU) resins used in high-temperature injection molding and extrusion applications. KEY CHARACTERISTICS • Consistent coloring and improved homogenization with the polymer for more efficient processing and waste reduction • Opaque PSU/PES/PPSU masterbatches available with shorter lead times in a range of readily available standard colors • Minimum order quantities as low as 5kg (10lbs) for improved inventory control • Robust colorant formulations mean zero disruption to existing molding processes, allowing manufacturers to bring products to market faster and without investing in new machinery PRODUCT BULLETIN 1.844.4AVIENT www.avient.com Product Code Color LDR* Pantone No.** 650.00 Black 10% 433C 650.01 Brown 10% 7615C 650.02 Red 10% 186C 650.03 Orange 5% 1495C 650.04 Yellow 10% 142C 650.05 Green 10% 2248C 650.06 Blue 10% 278C 650.07 Violet 20% 2073C 650.08 Grey 10% Cool Gray 7C 650.09 White 10% RAL9010 PPSU RESINS Product Code Color LDR* Pantone No.** 660.00 Black 6% Black 6C 660.01 Brown 6% 7582C 660.02 Red 8% 7620C 660.03 Orange 6% 1505C 660.04 Yellow 6% 124C 660.05 Green 6% 348C 660.06 Blue 6% 660C 660.07 Violet 15% 7664C 660.08 Grey 6% Cool Gray 8C 660.09 White 6% RAL9010 PSU RESINS Product Code Color RAL No.* S837.0 Black 9005 S837.1 Brown 8011 S837.2 Red 3002 S837.3 Orange 2004 S837.4 Light Yellow 1016 S837.5 Green 6032 S837.6 Blue 5015 S837.7 Violet 4005 S837.8 Grey 7037 S837.9 White 9016 PES RESINS Copyright © 2021, Avient Corporation. Color specifications are controlled using the L,a,b color system.

Coloring                                Higher levels of regrind are tolerated in black materials. Type of color concentrate carrier

Coloring                                Higher levels of regrind are tolerated in black materials. Type of color concentrate carrier

This meant that when a prospective customer opened the hood of a vehicle, they would see a single shade of black. Time savings of five to six seconds per cycle for molded housings Improved performance of tooling and molding operations

They focused in on color mismatches of molded interior trim parts that were causing production delays. The carmaker needed a material solution that would shorten lead times while fine-tuning color harmony in the molded interior parts.  Improved surface finish of molded parts

They focused in on color mismatches of molded interior trim parts that were causing production delays. The carmaker needed a material solution that would shorten lead times while fine-tuning color harmony in the molded interior parts.  Improved surface finish of molded parts