Highly Dispersed Bio-Based Silica: Revolutionizing Rubber Performance and Sustainability

Experience superior rubber properties with our eco-friendly, bio-based silica, a key innovation for sustainable industries.

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Advantages of the Product

Enhanced Dispersibility

Our bio-based silica offers superior dispersibility, ensuring a homogeneous distribution within rubber matrices, which is vital for achieving optimal mechanical properties and processing efficiency. This characteristic aligns with the demand for high performance silica for tires.

Superior Reinforcement

Experience a significant boost in rubber strength and wear resistance. This advanced silica reinforcement leads to products with extended service life and improved resilience, directly benefiting from its low hysteresis properties.

Environmental Sustainability

Produced from renewable resources and utilizing a carbon reduction process, our silica exemplifies sustainable material innovation. This makes it an ideal choice for those seeking carbon reduction silica in their formulations.

Key Applications

Rubber Industry

A primary application is as a rubber auxiliary agent, particularly for high-end car tires and engineering tires. Its properties contribute to better grip, reduced wear, and improved fuel economy, underscoring the benefits of rice husk silica for tires.

Daily Chemical Products

This bio-based silica can be incorporated into various high-end daily chemical products, offering unique textural and performance enhancements. The application of bio-based white carbon black extends to consumer goods.

Coatings and Paints

The product's fine particle size and excellent dispersion make it suitable for use in specialized coatings and paints, potentially enhancing their durability and aesthetic properties as a chemical auxiliary.

Sustainable Material Solutions

As a material derived from renewable resources, it supports a circular economy and offers a sustainable alternative to conventional materials, fulfilling the need for carbon reduction silica.