Fluoropolymers are used in some of the most challenging and high-performance applications in the plastics industry. Colorant Chromatics™ concentrates (also known as masterbatches) for fluoropolymers can help you deliver the right color with the right level of performance.Learn More

Uniform Pigment Dispersion 

Enhance PTFE paste extrusion applications with dispersed pigments that improve homogenization and color quality. Learn More

Optimizes pigment dispersion

Colorant Chromatics™ ECTFE and ETFE masterbatch colorants can optimize pigment dispersion to streamline your process, helping to improve the physical properties of your molded and extruded products. Learn More

Suitable for Thin Walls

Reap the benefits of excellent pigment dispersion in your final polymer mix with Colorant Chromatics™ masterbatch formulations for FEP polymers. Pigment concentration and viscosity can be tailored to your specific application, and formulations are suitable for end products with wall thicknesses as thin as one millimeter or 25 microns. Learn More

Custom Colors and Pigment Strengths

There are several considerations when choosing a color solution for fluoropolymer applications. Design factors, such as shape or wall thickness, are certainly important as are other factors, like screw design and line speed, which all influence the choice of materials. Learn More

Colorant Chromatics™ PVDF Concentrates

Excellent Pigment Dispersion

Colorant Chromatics™ concentrates for PVDF offer excellent pigment dispersion and consistent color quality for extrusion and injection molding applications. Learn More

Colorant Chromatics™ THV Concentrates

Improve Aesthetics and Processing

From injection molded parts and profile shapes to wire insulation and film, Colorant Chromatics™ formulations for THV applications can help to enhance the aesthetics and processing of your products. Learn More

SiteCool™ Infrared Absorption Technologies

Reduces Energy & Heat Transfer

SiteCool™ Infrared Absorption Technologies for fluoropolymer roofing or wall systems reduce the transfer of heat into the interiors of architectural structures by absorbing solar infrared (IR) energy into the fluoropolymer sheet. Learn More