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

Monitors transmit color through what’s called additive color synthesis—the method of using two or three distinct stimuli of colored light to create large color ranges. When colors interact, an opaque color will dominate the color shift. Achieve Pantone® colors simply and cost-effectively with our trusted color mixing systems

OnColor™ Bio Colorants Liquid Color Concentrates Polymer Colorants

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

OnColor™ NIR Sortable Colorants OnColor™ NIR Sortable Colorants OnColor™ NIR Sortable Black Colorants

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

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.

AFTERMARKET PARTS MANUFACTURER M O T O R M O U N T • Reduced part weight with retained performance • High strength • Corrosion resistance • Fatigue resistance • Facilitated lightweighting with a long glass fiber PA66 composite that matched the performance of the incumbent metal part • Met strength and corrosion requirements while achieving cost savings and reduced processing steps versus a die cast aluminum part • Relieved performance fears with mold flow analysis and hands-on technology support • Sampled quickly to accelerate speed to market KEY REQUIREMENTS METAL REPLACEMENT LEARN MORE WHY AVIENT?

AUTOMOTIVE OEM V E H I C L E L I G H T H E A T S I N K S • Replace aluminium to reduce part weight and cost • Excellent thermal performance • Simplify manufacturing process • Reduced part weight by 40% and 44% in two heat sink designs while matching the performance of the incumbent material • Met thermal efficiency demands through part re-design and material selection support • Customized multiple formulations to satisfy customer needs • Improved manufacturability by changing to a single injection molding step Therma-Tech™ Thermally Conductive Formulations KEY REQUIREMENTS WHY AVIENT?