Titanium Oxide: Essential Properties and Applications in Pharmaceuticals

Discover the critical role of Titanium Oxide in drug formulations, from enhancing opacity to ensuring stability. Explore its properties and the evolving regulatory landscape.

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Advantages Provided by the Product

Enhanced Opacity and Whiteness

Titanium oxide serves as an excellent opacifier due to its high refractive index, effectively scattering light to provide a bright white finish. This is essential for achieving the desired aesthetic in pharmaceutical coatings, contributing to product differentiation and appeal.

Protection from Degradation

The compound offers crucial UV and light protection for sensitive active pharmaceutical ingredients. By reducing light permeability in coatings, it helps maintain the stability and efficacy of medications over time, thereby extending their shelf-life.

Chemical Inertness

As an inert and unreactive substance, Titanium oxide does not interfere with the properties of active ingredients or other excipients in pharmaceutical formulations. This ensures the integrity and safety of the final drug product.

Key Applications

Pharmaceutical Coatings

As a vital white pigment for tablets, Titanium Oxide provides opacity and a uniform appearance, enhancing patient compliance and product identification.

UV Protection

Its ability to absorb UV radiation makes it critical for protecting light-sensitive drug components, crucial for maintaining pharmaceutical efficacy and stability.

Colorant

Beyond opacity, it acts as a base white for colored coatings, allowing for a broad spectrum of pharmaceutical product aesthetics and clear differentiation.

General Pigmentation

Its widespread use extends to paints, plastics, and inks, where its brightness and opacity are highly valued for various industrial and consumer products.