CHEMPARTNER Titanium Dioxide pigments offer high tinting strength with a neutral or slightly blue undertone in pigment systems. They exhibit high reflectivity across the visible light spectrum and excellent scattering capacity in lacquer formulations. Effective surface treatment ensures high electrostatic stability at elevated technical concentrations, enhancing product stability. CHEMPARTNER rutile grades, with superior inorganic surface treatment, inhibit binder decomposition initiated by UV radiation and other weathering factors, thereby increasing durability in terms of chalk resistance and gloss retention.

CHEMPARTNER Titanium Dioxide pigments provide high opacity and undertones in plastic matrices, ranging from light yellowish to neutral or slightly blue, depending on the grade selected. They exhibit excellent dispersibility and strong temperature stability due to organic post-treatment. CHEMPARTNER micronized rutile grades, with appropriate inorganic surface treatment, mitigate binder decomposition caused by UV radiation, thereby enhancing the durability of plastic products in outdoor applications. The good powder flowability of CHEMPARTNER plastic grades ensures easy handling during transportation, storage, bag emptying, and powder dosing processes.

CHEMPARTNER Titanium Dioxide pigments are used to coat paper, making it whiter, brighter, and more opaque. They can also help minimize the brittleness, fading, and cracking that can occur in rubber and other materials due to light exposure.

The opacity of CHEMPARTNER Titanium Dioxide pigments to visible and ultraviolet light protects food, beverages, supplements, and pharmaceuticals from premature degradation, thereby enhancing product longevity. Specific classes of high-purity pigment-grade titanium dioxide are also used in drug tablets, capsule coatings, and as a decorative aid in some foods. CHEMPARTNER Titanium Dioxide pigments are used in cosmetics to help conceal blemishes and brighten the skin. Titanium dioxide enables the use of thinner makeup coatings while achieving the desired effect.