Phenylene silicone rubber directly introduces rigid phenylene groups into the polysiloxane backbone, resulting in an exceptionally stable molecular structure. This unique design endows it with outstanding gamma-ray radiation resistance and high-temperature tolerance up to 300°C. Relying on these robust characteristics, it is extensively used in nuclear power plant seals, protective layers for spacecraft nuclear power devices, and insulation components for high-energy physics experimental equipment, serving as an indispensable core material in extreme radiation and high-temperature working conditions.

Phenyl silicone rubber IOTA BHTV 3830 series