19WA ONYX ADX5398 4% MAX PIGMENT GREEN 4224 PP GREEN TPU

BLACK PIGMENT 28 FD EMERALD GREEN VP PG 53864.13 PEARL WT PP

D3303 DARK GREEN BLUE 3125 PIGMENT ADDITIVE PG 98442.00 GY PE

Custom Colors and Pigment Strengths Pigment strengths can be tailored for specific applications PTFE Dispersed Pigments: Colorant Chromatics™

ORANGE #7 LED PG 145403.00 BU PE GREEN 578C PE

PG 85373.01 RD PP SL LM RED 186C 7% GREEN 348C

For example, the heat and chemical resistance of a fluoropolymer will greatly influence the pigment selection process.   In contrast, rod extrusion would require very stable pigments due to the longer residence time in the extruder.   Understanding the part size and wall thickness allows a masterbatch to be designed with the appropriate pigment strength, particle size, and dispersibility.

For example, the heat and chemical resistance of a fluoropolymer will greatly influence the pigment selection process.   In contrast, rod extrusion would require very stable pigments due to the longer residence time in the extruder.   Understanding the part size and wall thickness allows a masterbatch to be designed with the appropriate pigment strength, particle size, and dispersibility.

For example, the heat and chemical resistance of a fluoropolymer will greatly influence the pigment selection process.   In contrast, rod extrusion would require very stable pigments due to the longer residence time in the extruder.   Understanding the part size and wall thickness allows a masterbatch to be designed with the appropriate pigment strength, particle size, and dispersibility.

For example, the heat and chemical resistance of a fluoropolymer will greatly influence the pigment selection process.   In contrast, rod extrusion would require very stable pigments due to the longer residence time in the extruder.   Understanding the part size and wall thickness allows a masterbatch to be designed with the appropriate pigment strength, particle size, and dispersibility.