As mentioned earlier, fluoropolymers can be used in many different areas, and the optimal fluoropolymer type and appropriate color masterbatch will depend on the part’s requirements. For wire jacketing, a color masterbatch must be formulated to ensure it can be rapidly mixed and evenly dispersed in a very short time, while also providing sufficient pigment coverage. Color masterbatch formulations can produce opaque colors or can be developed with the appropriate pigment particle size and loading to enable translucent colors.

As mentioned earlier, fluoropolymers can be used in many different areas, and the optimal fluoropolymer type and appropriate color masterbatch will depend on the part’s requirements. For wire jacketing, a color masterbatch must be formulated to ensure it can be rapidly mixed and evenly dispersed in a very short time, while also providing sufficient pigment coverage. Color masterbatch formulations can produce opaque colors or can be developed with the appropriate pigment particle size and loading to enable translucent colors.

As mentioned earlier, fluoropolymers can be used in many different areas, and the optimal fluoropolymer type and appropriate color masterbatch will depend on the part’s requirements. For wire jacketing, a color masterbatch must be formulated to ensure it can be rapidly mixed and evenly dispersed in a very short time, while also providing sufficient pigment coverage. Color masterbatch formulations can produce opaque colors or can be developed with the appropriate pigment particle size and loading to enable translucent colors.

As mentioned earlier, fluoropolymers can be used in many different areas, and the optimal fluoropolymer type and appropriate color masterbatch will depend on the part’s requirements. For wire jacketing, a color masterbatch must be formulated to ensure it can be rapidly mixed and evenly dispersed in a very short time, while also providing sufficient pigment coverage. Color masterbatch formulations can produce opaque colors or can be developed with the appropriate pigment particle size and loading to enable translucent colors.

Color Design The judicious use of color masterbatch, additives to provide texture to a part, and other color and additive formulations enable manufacturers to realize innovative color matching even as they incorporate new materials into the mix. Sports fans can order seats and seat belts in their favorite team’s colors to show their support everywhere they drive; or, a company could outfit its sellers’ fleet with the colors of the company logo.

NYSE: POL), a leading global provider of specialized polymer materials, services and sustainable solutions, has completed its purchase of the color masterbatch businesses of Clariant and Clariant Chemicals India Ltd.   The Clariant Masterbatch business includes 46 manufacturing operations and technology centers in 29 countries and approximately 3,500 employees, who will join Avient's Color, Additives and Inks segment. Clariant masterbatch

Renol™ Fiber Colorants for PET and PA Discover our color masterbatch portfolio for spun-dyed polyester and polyamide Masterbatches for Spun-Dyed PP: Remafin™ Fiber Colorants

Quality Masterbatches for Spun-Dyed PP The Remafin Fiber Colorants for PP range includes black, white, single pigment dispersion and custom color masterbatches for spun-dyed polypropylene. Discover our color masterbatch portfolio for spun-dyed polyester and polyamide.

Avient offers color concentrates (a.k.a. masterbatches) for spin-dyeing virgin and recycled fiber-grade polymers. Discover our color masterbatch portfolio for spun-dyed polyester and polyamide Masterbatches for Spun-Dyed PP: Remafin™ Fiber Colorants

Avient offers color concentrates (a.k.a. masterbatches) for spin-dyeing virgin and recycled fiber-grade polymers. Discover our color masterbatch portfolio for spun-dyed polyester and polyamide Masterbatches for Spun-Dyed PP: Remafin™ Fiber Colorants