Revolutionizing Tires with Sustainable Bio-Based Silica
Experience enhanced tire performance and reduced environmental impact with our advanced bio-based silica technology.
Get a Quote & SampleUnlocking Superior Performance with Bio-Based Silica
Bio-Based Silica
Our bio-based silica is a groundbreaking inorganic silicon compound derived from renewable resources like rice husks and straw. Utilizing an innovative carbon dioxide acidification process, we produce a white, non-toxic, amorphous micro-bead material. This silica is engineered for superior performance, offering exceptional properties such as low heat generation, high dispersibility, and excellent chemical stability, making it a crucial component for modern industrial applications.
- Explore the benefits of bio-based silica for tires, contributing to reduced rolling resistance and enhanced wet grip for safer, more efficient driving.
- Discover how rice husk silica in rubber applications can significantly improve material properties and sustainability.
- Learn about the advantages of low heat generating silica for tires, a key factor in optimizing performance and longevity.
- Understand the impact of sustainable silica for coatings in creating durable, eco-friendly finishes.
- Utilize this advanced inorganic silicon compound for rubber to achieve superior reinforcement and processing characteristics.
Key Advantages of Our Bio-Based Silica
Sustainable Sourcing
Our commitment to the environment is reflected in our use of renewable resources like rice husks and straw, supporting a circular economy and reducing reliance on fossil fuels.
Enhanced Tire Performance
The unique properties of our bio-based silica, such as low heat generation and high dispersibility, directly contribute to improved tire grip, reduced rolling resistance, and increased fuel efficiency.
Eco-Friendly Production
Our innovative carbon dioxide acidification process significantly reduces the environmental footprint compared to traditional methods, aligning with global sustainability goals for green chemistry in automotive sectors.
Key Applications
Automotive Tires
A crucial reinforcing agent in tire manufacturing, improving wet grip, reducing rolling resistance, and enhancing overall performance, especially for high-end car tires and engineering tires.
Rubber Products
Enhances properties like wear resistance, tensile strength, and elasticity in various rubber goods, including soles, tapes, and industrial rubber components.
Coatings and Paints
Acts as a high-performance filler in coatings, offering improved dispersion, stability, and matting effects for industrial and consumer applications.
Industrial Fillers
Its unique properties make it valuable as a functional filler in a wide range of industrial materials, contributing to enhanced product characteristics.