Breaking through the limits, phenyl silicone rubber provides reliable protection for aerospace applications

In space, the extreme environment places strict demands on material performance. Phenyl silicone rubber has become an ideal material in the aerospace field due to its excellent properties.

Radiation degradation resistance:
Space radiation can cause changes in material properties, but phenyl silicone rubber exhibits excellent radiation resistance and can maintain excellent mechanical properties even under strong radiation conditions.

High and low temperature resistance:
It can withstand extreme temperature differences and adapt to the harsh environment in space. Even at extremely low temperatures (other materials may harden or even crack), it still maintains good flexibility.

Thermal cycle resistance and elastic properties:
In the face of frequent thermal cycles, phenyl silicone rubber is not easy to age, and has good elasticity, which can effectively alleviate the adverse effects of launch vibration.

Ozone resistance and low thermal expansion properties:
In the space environment, its excellent ozone resistance and low thermal expansion can reduce the interference of surface contraction on the propagation of electromagnetic waves and subatomic particles.

Recommended products:
✔ Octaphenylcyclotetrasiloxane
✔ IOTA 120 Methylphenylvinyl silicone rubber
✔ IOTA 108 RTV phenyl silicone rubber
✔ IOTA 255 Phenyl silicone oil
✔ Elastomer

As a professional manufacturer of silicone materials, we are committed to providing high-performance phenyl silicone rubber materials for aerospace and other high-end applications to meet customers' special needs under extreme conditions.

Contact us to learn more about the application of phenyl silicone rubber!