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.

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.

PG 105315.01 PEARL BU PE SL PG 105282.00 PEARL BU PE Geon(TM) M3107 FLESH-7 PF

PG 53864.10 PEARL BU PP AS PG 113547.07 PEARL PU PP AS X ET 18037#SR-12051-7 Blue

PG 51031 RD AC PG 51030 BU AC BLACK PIGMENT ADD

OnColor™ Lux Colorants are formulated with phosphorescent pigments that provide a glow-in-the-dark effect lasting as long as 10 hours. Glow duration depends on resin type, activation energy, and pigment loading properties. The portfolio includes typical glow hues like yellowish green, blue, blue-green, aqua, and violet for a wide range of polymers, including PP, ABS, PC co-polyester, PA6, PA66, and PA12.

High-temperature, organic and inorganic pigments can be used to tailor your formulations. Standard single-pigment or custom multi-pigment colors