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Frequently Asked Questions

Common pigments that are used in rubber sheets include carbon black, titanium dioxide, iron oxides, chromium oxide, and organic color pigments, depending on performance requirements.

Carbon black is used to provide black coloration, UV resistance, improved tensile strength, and enhanced abrasion resistance to the rubber sheets.

Titanium dioxide (TiO₂) is commonly used to produce white or light-colored rubber sheets, offering good opacity and weather resistance.

High-quality pigments are formulated to provide UV stability and long-term color retention in rubber sheets, though performance depends on environmental exposure.

Yes. Certain pigments, like carbon black, can improve strength and durability of a rubber sheet, while excessive pigment loading may impact flexibility.

Yes. Food-grade rubber sheets use non-toxic, FDA-compliant pigments to ensure safety in food-contact applications.

Iron oxides are commonly used for red and brown shades, chromium oxide for green, and specialized organic pigments for blue and bright colors.

Black rubber sheets (with carbon black) often have better UV and abrasion resistance, while colored sheets may prioritize identification and aesthetics.

Uniform color in rubber sheet is achieved through precise compounding, controlled mixing processes, and consistent pigment dispersion during production.