Phenyl silicone rubber introduces bulky phenyl groups into its molecular chain, disrupting structural regularity and significantly reducing crystallization tendencies. This enables it to remain flexible in extreme cold below -100°C, while also offering excellent resistance to high-energy radiation and ablation. Thanks to these robust characteristics, it serves as an ideal material for spacecraft cable insulation, satellite protective shells, and rocket engine thermal insulation seals, safeguarding humanity's space exploration endeavors.
Phenyl silicone rubber IOTA BHTV 3830 series