Colorant Chromatics™ FEP Colorants Colorant Chromatics™ PVdF Colorants Colorant Chromatics™ PEI Color Colorants

Colorant Chromatics™ Transcend™ Premier Healthcare Colorants Vibrant, Biocompatible Colors Colorant Chromatics™ Transcend Premier Healthcare Colorants

Mesa™ Solid and Dry Blend Colorants Solid Color Masterbatches Making the Most of Color: Smart Colorants™

Colors Derived from Nature Polymer Colorants Making the Most of Color: Smart Colorants™

PEEK Colorants: Colorant Chromatics™ Fluoropolymer Colorants: Colorant Chromatics™ PES/PSU/PPSU Colorants: Colorant Chromatics™

Avient Color Prediction Service Calculate color corrections to meet a target color Define PCR color specification limits and find PCR grades to achieve a target color

Avient Color Prediction Service Calculate color corrections to meet a target color Define PCR color specification limits and find PCR grades to achieve a target color

OnColor™ Lux Colorants OnColor™ Edgeglo™ Colorants OnColor™ Lux Colorants

Coloring polymers in any process gives a degree of freedom and flexibility that’s not possible with pre-colored polymers. Why it’s a mistake: Solid and liquid colorants each have certain applications where they make the most sense in terms of coloring effects, efficiency, and results. There’s actually also a third potential pitfall here: A processor who purchases one type of equipment (liquid-color dosing or solid-color feeders) may wrongly believe their operation cannot accommodate the other type of color technology.

Mesa™ Liquid Colorants Solid Color Masterbatches Making the Most of Color: Smart Colorants™