Alumina Silicate (CAS 12141-46-7): Enhance Your Formulations with a Cost-Effective Alternative

Discover the advantages of Alumina Silicate (CAS 12141-46-7), a versatile white powder that acts as an excellent partial substitute for Titanium Dioxide in paints and coatings, offering significant cost savings and improved performance. As a leading manufacturer and supplier, we provide high-quality Alumina Silicate for various industrial applications.

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Key Advantages of Our Alumina Silicate

Significant Cost Reduction

By partially replacing Titanium Dioxide with our Alumina Silicate (CAS 12141-46-7), you can achieve substantial savings in your manufacturing process, making it an attractive option for businesses aiming to lower production costs and improve price competitiveness.

Improved Formulation Performance

Our Alumina Silicate enhances the opacity, brightness, and contrast ratio of paints and inks. This leads to better coverage with fewer coats, contributing to material efficiency and overall product quality, a key consideration when purchasing chemical intermediates.

Broad Application Spectrum

The versatility of Alumina Silicate extends to its use in printing ink, plastics, rubber, leather, paper-making industries, and crucially as a refractory material for glass, ceramics, cement, and metal smelting, offering a comprehensive solution for diverse manufacturing needs.

Diverse Applications of Alumina Silicate

Paints & Coatings

A premier choice for manufacturers seeking a cost-effective partial substitute for Titanium Dioxide, improving whiteness, opacity, and reducing formulation costs. Ideal for those looking to buy pigments and extenders.

Printing Inks

Enhances print quality and color vibrancy in various printing ink formulations, providing consistent performance for ink manufacturers and suppliers.

Plastics & Rubber

Used as a functional filler to improve mechanical properties and processability in plastic and rubber manufacturing, catering to compounders and material suppliers.

Refractory Materials

Essential for high-temperature applications in ceramics, glass, cement, and metal smelting industries due to its thermal stability and heat resistance.