High Performance Bio-Based Silica for Tires
Enhance your rubber products with sustainable, low-heat generating silica from rice husks.
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Bio-Based Silica for Tires
This bio-based silica, known as bio-based white carbon black or rice husk silica, is meticulously produced from renewable resources like rice husks and straw using an environmentally conscious carbon dioxide acidification process. It is engineered to offer superior performance characteristics, making it an ideal choice for demanding applications in the rubber industry.
- Discover the benefits of using rice husk silica properties for sustainable tire manufacturing.
- Achieve lower heat generation in your rubber compounds with our advanced low heat generating silica.
- Improve product longevity and performance with this high dispersibility silica, a key rubber reinforcing agent.
- Learn about the eco-friendly production process behind our bio-based white carbon black.
Advantages
Enhanced Performance
Leverage the high reinforcement capabilities of this bio-based silica for tires to improve the mechanical properties of your rubber formulations.
Sustainability Focus
Contribute to environmental goals by utilizing a material derived from agricultural waste, embodying a commitment to sustainable silica production.
Versatile Application
This silica is an excellent option for engineering tires and other high-end rubber products, offering a versatile solution for various industrial needs.
Key Applications
Tire Manufacturing
Incorporate this bio-based silica into tire tread compounds to enhance wear resistance and reduce rolling resistance, showcasing excellent rice husk silica properties.
High-End Rubber Products
Utilize the superior characteristics of this low heat generating silica in premium rubber goods requiring advanced material performance.
Rubber Reinforcement
As a potent rubber reinforcing agent, it significantly boosts the tensile strength and tear resistance of various rubber formulations.
Green Chemical Solutions
Embrace an eco-friendly rubber additive that supports circular economy principles and reduces carbon footprint in manufacturing processes.