Low-phenyl methylphenyl silicone rubber maintains its flexibility even in extremely low temperatures, remaining flexible down to -110°C. This makes it an ideal base material for applications in ultra-low temperature environments, where it can perform stably over extended periods. Additionally, it offers exceptional long-term storage stability, with low volatility, no odor, and the ability to retain its superior performance over time.

https://www.tiktok.com/@iotasiliconeoil/video/7428875423280319787

Medium-phenyl methylphenyl silicone rubber is known for its remarkable damping properties, making it highly effective in vibration and shock absorption applications. For example, in the mechanical and electronics industries, it is used to produce sealing materials that are resistant to both high and low temperatures, providing effective water and moisture protection along with insulation. Its physiological inertness also allows it to be used in the medical field, such as in blood storage seals or medical tubing, ensuring safety when in contact with the human body.

High-phenyl methylphenyl silicone rubber stands out for its outstanding radiation resistance and ablation resistance. It remains stable in high-radiation environments, with minimal risk of radiation damage. Additionally, it withstands extreme high-temperature conditions, making it suitable for manufacturing sealing materials and molded components for specialized applications. Furthermore, this rubber exhibits minimal compression deformation and excellent resistance to saturated steam pressure, making it ideal for high-pressure environments.