Products

Lifocolor BLACK 3030SAN is based on various carrier polymers and types of carbon black. Alongside with the UV radiation effect and choice of carrier, the shade, color depth and color strength are the most important characteristics of black masterbatches. The color depth indicates the intensity of the black coloring. Intensity increases with decreased light reflection or increased light absorption.

Lifocolor WHITE 600 PS is based on various carrier polymers, which facilitate the qualified white coloring of a variety of engineering polymers and standard types. These products are available from stock; products not in our standard assortment are available upon request. Lifocolor's range also has white masterbatches with low and no titanium Oxide content for common standard types and engineering polymers. The incredible coloristic characteristics of TiO2), are generally not completely achieved and must be compensated with a higher dosage. The use of compostable polymers is becoming ever more important for this reason. Our Lifocolor assortment includes an Increasing selection Of white masterbatches based on biodegradable polymers and bio-based carrier systems made of renewable resources that also meet the requirements for composability under EN 13432.

Lifocolor WHITE 70/220 UN is based on various carrier polymers, which facilitate the qualified white coloring of a variety of engineering polymers and standard types. These products are available from stock; products not in our standard assortment are available upon request. Lifocolor's range also has white masterbatches with low and no titanium Oxide content for common standard types and engineering polymers. The incredible coloristic characteristics of TiO2), are generally not completely achieved and must be compensated with a higher dosage. The use of compostable polymers is becoming ever more important for this reason. Our Lifocolor assortment includes an Increasing selection Of white masterbatches based on biodegradable polymers and bio-based carrier systems made of renewable resources that also meet the requirements for composability under EN 13432.