In the "extreme challenges" of industrial manufacturing, the stability of material performance is the key to determining equipment lifespan and safety. As a top performer in the field of specialty silicone rubber, phenyl rubber compound, with its three core advantages of extreme temperature resistance, radiation damage resistance, and strong mechanical toughness, has become an "invisible pillar" in high-end fields such as aerospace, new energy, and military applications, silently supporting humanity's exploration of technological boundaries.

Temperature Resistance Span Exceeds 200°C, Operating Steadily Through Hot and Cold Extremes
Phenyl rubber compound achieves molecular structural innovation by introducing phenyl groups into the polysiloxane main chain, breaking the crystallization tendency of conventional silicone rubber. This design expands its temperature resistance range to -100°C to 300°C. For example, in the seals of polar scientific research equipment, it can withstand the low-temperature embrittlement test at -80°C; while around the combustion chambers of rocket engines, it maintains elasticity at 300°C, ensuring reliable sealing of the fuel delivery system.

Radiation Resistance and Ablation Resistance: The "Safety Shield" for Space and Nuclear Energy
High-phenyl-content (>30%) rubber compounds possess excellent radiation resistance, shielding against the degradation effects of high-energy particles and nuclear radiation, making them the top choice for satellite solar panels and nuclear power plant seals. Meanwhile, their unique char layer formation mechanism rapidly generates an insulating barrier in high-temperature flames, protecting internal structures and meeting the extreme ablation environment requirements for spacecraft re-entry into the atmosphere.

Mechanical Performance Maximized, Steady as a Mountain in Complex Conditions
From soft conduits with a Shore hardness of 30 to wear-resistant gears with a hardness of 80, phenyl rubber compound can achieve performance customization by adjusting its formulation. Its tensile strength can reach 15 MPa, and its tear strength exceeds 40 kN/m. Even in high-frequency vibration or high-friction scenarios, it can maintain structural integrity over the long term, providing lasting power support for equipment such as deep-sea explorers and high-speed trains.

The Future is Here: The "Super Evolution" of Phenyl Rubber Compound
With breakthroughs in nano-modification and composite technologies, phenyl rubber compound is upgrading towards intelligent directions such as self-healing, electrical conductivity, and thermal conductivity, paving the way for future industries like quantum computing and deep-space colonization, continuously expanding the boundaries of human technological possibilities.

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