Application of Micro Titanium Dioxide in Pharmaceuticals and Cosmetics

Introduction

Micro Titanium Dioxide (TiO2) is used in pharmaceutical and cosmetic formulations. It functions as an ingredient that improves product efficacy, appearance and safety. Its properties support several applications that meet established performance standards and consumer needs. This article outlines the pharmaceutical and cosmetic uses of TiO2. It aims to provide clear data.

Applications of Micro Titanium Dioxide in Pharmaceuticals and Cosmetics

Micro Titanium Dioxide is employed in several applications in the pharmaceutical and cosmetic industries.

Sunscreen in Cosmetics: Micro TiO2 is used as a physical sunscreen active ingredient. It reflects and scatters ultraviolet (UV) radiation from the skin surface. This action lowers the risk of sunburn and UV-induced skin damage. It is included in sunscreens, lotions and other skincare products.

Cosmetic Pigments and Opacity: Micro TiO2 is used as a pigment in cosmetic formulations such as foundations and concealers. It scatters light evenly. This action yields a uniform effect that meets colour and opacity requirements.

Oil Absorption and Mattifying Effect: TiO2 acts as an oil absorption agent in cosmetic products. It helps control excess oil and reduce skin shine. This contributes to a matte finish.

Skin Lightening: The light‐reflecting properties of TiO2 are applied in skincare products. It may reduce dark spots and uneven skin tone. This results in a more uniform complexion.

Pharmaceutical Excipients: TiO2 is used as an excipient in pharmaceutical formulations. It improves consistency, physical stability and appearance in varied dosage forms. It is incorporated in tablets, capsules and other medicinal preparations.

Product Stabilisation: Micro TiO2 absorbs excess moisture and controls particle interactions. This aids in maintaining product integrity, texture and shelf-life in both cosmetic and pharmaceutical formulations.

Anti-Caking Agent: TiO2 can function as an anti-caking agent in powdered medications. It prevents clumping and allows accurate dosage. This ensures ease of administration for patients.

Conclusion

Sectors in the pharmaceutical and cosmetic industries utilise Micro TiO2 in formulations. It integrates specific material properties to meet industry standards and consumer requirements. Its applications show measurable improvements in formulation performance and visual appearance. Innovation influences industry practices. Micro TiO2 is incorporated as an additive. Micro TiO2 is available from Stanford Advanced Materials (SAM). Submit an enquiry if you require further details.