High-temperature silicone rubber compounds have emerged as a pivotal material in modern industries, renowned for their exceptional heat resistance, aging resistance, and weatherability. These compounds are primarily formulated from methyl vinyl silicone rubber, which undergoes intricate compounding processes to incorporate reinforcing fillers such as fumed silica and aging-resistant additives.

These compounds boast remarkable thermal stability, enabling them to function seamlessly in extreme temperatures ranging from -60°C to +250°C. Their exceptional aging resistance ensures superior physical and chemical properties even after prolonged exposure to harsh environments. Additionally, high-temperature silicone rubber compounds exhibit excellent electrical insulation, chemical stability, and physiological inertness, making them ideal for applications in cables, electronics, electrical appliances, chemicals, automobiles, and more.

Notably, their application in automotive seals holds immense potential due to their low compression set and ability to form an oil film that effectively blocks moisture. This ensures superior sealing performance under high temperature and pressure conditions, prolonging product lifespan.

In summary, the preparation and utilization of high-temperature silicone rubber compounds represent a significant advancement in industrial materials science, driving technological progress across various sectors.

Phenyl HTV silicone rubber IOTA 3830 series