Color Design The concentrates also would provide UV resistance for color that won’t fade. After making the switch to OnColor FX Smartbatch color and additive concentrates, the supplier achieved a number of significant benefits:

Cable manufacturer rebounds with specialized color and additive masterbatches by utilizing Colorant Chromatics™ Laser-marking additive, an authentication additive, and colorant— bundled into a single Smartbatch™ concentrate  Explore how floating solar power stations get weathering protection from anti-uv color concentrate

Avient Color Prediction Service Predict final colors, based on a PCR grade and concentration Calculate color corrections to meet a target color

Avient Color Prediction Service Predict final colors, based on a PCR grade and concentration Calculate color corrections to meet a target color

Looking for a host of innovative polymer solutions that help you differentiate your products and gain competitive advantages? Manufacturers who serve growth markets such as packaging, consumer goods, transportation, building and construction, and appliances can benefit from bio-based color and additive concentrates, special effect colorants, functional additives, engineered polymers and thermoplastic elastomers, eco-conscious wire and cable solutions and more. If you’re looking for polymer options that can replace metal for reduced weight and paint elimination, look no further.

They help make plastic parts opaque, but they don’t interfere with polymer colorants. Graphite, which can be loaded at high concentrations in the polymer, can provide high conductivity but is highly anisotropic1, meaning its conductivity changes depending on direction. The fine black powder is added at relatively high levels and creates only black-colored parts.

They help make plastic parts opaque, but they don’t interfere with polymer colorants. Graphite, which can be loaded at high concentrations in the polymer, can provide high conductivity but is highly anisotropic1, meaning its conductivity changes depending on direction. The fine black powder is added at relatively high levels and creates only black-colored parts.

They help make plastic parts opaque, but they don’t interfere with polymer colorants. Graphite, which can be loaded at high concentrations in the polymer, can provide high conductivity but is highly anisotropic1, meaning its conductivity changes depending on direction. The fine black powder is added at relatively high levels and creates only black-colored parts.

They help make plastic parts opaque, but they don’t interfere with polymer colorants. Graphite, which can be loaded at high concentrations in the polymer, can provide high conductivity but is highly anisotropic1, meaning its conductivity changes depending on direction. The fine black powder is added at relatively high levels and creates only black-colored parts.

They help make plastic parts opaque, but they don’t interfere with polymer colorants. Graphite, which can be loaded at high concentrations in the polymer, can provide high conductivity but is highly anisotropic1, meaning its conductivity changes depending on direction. The fine black powder is added at relatively high levels and creates only black-colored parts.