This degradation can impact the processability, quality, and food safety of packaging made from rPET. They can accumulate over time, leading to potential regulatory and safety concerns. These scavengers can also lead to the formation of non-intentionally added substances (NIAS) that can accumulate and pose compliance risks.

This can be especially true if you want smaller quantities, or need a wide range of colors. There are some things you can do to help minimize these challenges. Liquid color can provide up to a 50% reduction in changeover time compared to solid.

This degradation can impact the processability, quality, and food safety of packaging made from rPET. They can accumulate over time, leading to potential regulatory and safety concerns. These scavengers can also lead to the formation of non-intentionally added substances (NIAS) that can accumulate and pose compliance risks.

This degradation can impact the processability, quality, and food safety of packaging made from rPET. They can accumulate over time, leading to potential regulatory and safety concerns. These scavengers can also lead to the formation of non-intentionally added substances (NIAS) that can accumulate and pose compliance risks.

Color concentration and viscosity of the carrier can be fine-tuned to maximize dispersion and color consistency.  Fluoropolymers can use a wide range of colors that can be matched to a standard reference color (for example, RAL or Pantone®) or custom matched to a manufactured part. Color masterbatch formulations can produce opaque colors or can be developed with the appropriate pigment particle size and loading to enable translucent colors.

Color concentration and viscosity of the carrier can be fine-tuned to maximize dispersion and color consistency.  Fluoropolymers can use a wide range of colors that can be matched to a standard reference color (for example, RAL or Pantone®) or custom matched to a manufactured part. Color masterbatch formulations can produce opaque colors or can be developed with the appropriate pigment particle size and loading to enable translucent colors.

Color concentration and viscosity of the carrier can be fine-tuned to maximize dispersion and color consistency.  Fluoropolymers can use a wide range of colors that can be matched to a standard reference color (for example, RAL or Pantone®) or custom matched to a manufactured part. Color masterbatch formulations can produce opaque colors or can be developed with the appropriate pigment particle size and loading to enable translucent colors.

Color concentration and viscosity of the carrier can be fine-tuned to maximize dispersion and color consistency.  Fluoropolymers can use a wide range of colors that can be matched to a standard reference color (for example, RAL or Pantone®) or custom matched to a manufactured part. Color masterbatch formulations can produce opaque colors or can be developed with the appropriate pigment particle size and loading to enable translucent colors.

Color concentration and viscosity of the carrier can be fine-tuned to maximize dispersion and color consistency.  Fluoropolymers can use a wide range of colors that can be matched to a standard reference color (for example, RAL or Pantone®) or custom matched to a manufactured part. Color masterbatch formulations can produce opaque colors or can be developed with the appropriate pigment particle size and loading to enable translucent colors.

The collection of eleven earthy and elegant bio-derived colors can be used with recycled and bio-derived resins, and can also be formulated for use with fully biodegradable and compostable resins. See how our specially formulated colorants can help differentiate your brand How can you make the most of color, from design through processing?