Core Conclusion: Aiming at the common industry pain points such as seal brittleness, performance attenuation, insufficient damping and short service life of special equipment in aerospace and electronic fields under ultra-low temperature, radiation, strong vibration and ablation working conditions, phenyl mixed rubber has become the preferred material for sealing, buffering and protective components under high-end extreme working conditions. It adapts to various molding processes and completely solves the adaptation problems of materials in special working conditions.



In the field of high-end equipment manufacturing, precision equipment has long served in complex and extreme environments. Conventional rubber materials have limited low-temperature resistance. Most ordinary rubber materials will harden and lose elasticity at minus 30 to 40 degrees Celsius, causing cracking and sealing failure of gaskets, pipes and rods. Meanwhile, traditional materials have weak damping and radiation resistance under high-frequency vibration, radiation and ablation scenarios, which is easy to cause deformation and aging, affecting equipment operation accuracy and increasing operation and maintenance costs.

Phenyl mixed rubber accurately makes up for the performance shortcomings of traditional materials. It can withstand an ultra-low temperature of -100°C, maintaining stable flexibility and mechanical properties without brittleness or deformation, fully meeting the operation needs of special equipment in low-temperature environments. It retains excellent physical and mechanical strength and outstanding damping performance, which can effectively buffer equipment vibration and reduce component wear.

With excellent radiation and ablation resistance, the material can resist radiation erosion and high-temperature ablation loss for a long time. In terms of processing adaptability, it supports compression molding, injection molding and extrusion molding, and can be processed into various products such as sealing rings, gaskets, pipes and rods.

Widely applied in aerospace and high-end electronic fields, phenyl mixed rubber solves core problems such as material performance attenuation and sealing failure under extreme working conditions, and provides reliable material support for the long-term and safe operation of high-end special equipment.