Cosmetic Filler Powder Supplier

KT-10010 is a cosmetic grade anatase titanium dioxide — a white, high-opacity pigment used in face powders, foundations, and color cosmetics where maximum whiteness and a softer, more diffuse coverage character are the formulation priorities. Anatase TiO₂ produces a slightly brighter, cooler white tone than rutile and scatters light more diffusely, which can reduce the heavy or chalky appearance associated with high-opacity coverage at elevated pigment loadings. Supplied in 25kg packaging, it is suited for commercial production volumes where batch-to-batch consistency and low heavy metal content are standard procurement requirements.

KT-10009 is a cosmetic grade rutile titanium dioxide — the untreated, hydrophilic form of TiO₂ used as the primary white pigment and opacity agent in face powders, foundations, sunscreens, and a broad range of color cosmetics. Rutile crystal phase offers a higher refractive index, better UV stability, and lower photocatalytic activity compared to anatase — making it the standard specification for most cosmetic TiO₂ applications. For formulators sourcing a reliable, low heavy metal content white pigment with broad regulatory acceptance and maximum coverage efficiency, KT-10009 covers the functional requirements of the majority of aqueous and emulsion-based cosmetic systems.

KT-10001A is a cosmetic-grade Titanium Dioxide (Anatase) pigment providing high opacity and whiteness in formulations. Designed for use in creams, powders, and other personal care products, it ensures **uniform coverage and consistent color intensity** while maintaining safe cosmetic performance.

Kolortek's Cosmetic Fillers & Treated Pigments range covers functional powder ingredients used in decorative and personal care formulations — including untreated fillers, UV filters, and surface-treated variants designed to improve dispersibility, reduce oil absorption, and enhance skin feel. Products span standard cosmetic fillers through silicone-treated, silane-treated, and amino acid-coated grades, allowing formulators to select the surface chemistry that best fits their formulation system and performance requirements.