Phenyl Silicone Rubber in the Aerospace Field

Aerospace equipment encounters complex environments such as extreme temperatures and intense vibrations during flight. Phenyl silicone rubber, with its resistance to high and low temperatures (capable of maintaining stable performance from -60℃ to over 250℃) and excellent damping characteristics, is applied in spacecraft structural shock absorption, engine vibration control, cabin sound insulation, and other aspects.
For instance, during the rocket launch phase, its damping elements can reduce the impact of severe vibrations generated by engine thrust on the internal instruments of the spacecraft; during satellite operation, it can stabilize the satellite's attitude and minimize the interference of vibrations in the space environment on precision detection equipment.