The application field of phenyl rubber compound is far beyond people's imagination. In the electronic and electrical industry, it is the "seal guard" of precision instruments. It can be seen in the internal connectors of smartphones, the sealing rings of air-conditioning compressors, and the buffer pads of radar equipment. With its excellent insulation and sealing properties, it ensures the stable operation of electronic components in humid and vibrating environments.



In the aviation field, it is the "elastic joint" of the aircraft. The shock-absorbing pads of the aircraft landing gear and the sealing strips of the cabin doors and windows all rely on it to maintain elasticity in an environment with alternating high and low temperatures and drastic changes in air pressure to ensure flight safety; in aerospace engineering, it is even more of a "space companion" that challenges the limits. The connection parts of the satellite's solar panels and the sealing components of the rocket propulsion system all require it to withstand the multiple tests of cosmic vacuum, extreme temperature differences and radiation to ensure the stable operation of the spacecraft.

In many industrial production scenarios, seals, gaskets, pipes and rods made of phenyl rubber compounds play a key role silently. They may be hidden in the hydraulic system of large machinery to prevent fluid leakage; they may also appear in medical equipment as sealing elements of precision valves to ensure the accuracy of fluid control; even in deep-sea exploration equipment, they can withstand huge water pressure to ensure the normal operation of internal instruments.

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