When discussing the low-temperature resistance of materials, many people think of ordinary rubber hardening and losing elasticity at low temperatures. However, phenyl silicone rubber elastic putty breaks this convention. Even in extreme low-temperature environments of -120°C, it maintains good elasticity and does not "lose its vitality" due to the low temperature. This characteristic gives it a natural advantage in low-temperature operating scenarios, solving the problem of many materials failing to function properly in cold environments.



In addition to its excellent low-temperature resistance, phenyl silicone rubber elastic putty also possesses a series of superior properties, including weather resistance, ozone resistance, radiation resistance, ablation resistance, and self-extinguishing properties. In complex outdoor environments, it can withstand wind, sun, rain, and snow erosion, maintaining stable performance over long periods. It also copes well with ozone corrosion, showing little aging or cracking. Even in environments with radiation, its performance is not easily affected. Furthermore, its ablation resistance and self-extinguishing properties effectively ensure safety and reduce the possibility of accidents in scenarios with high temperatures and fire hazards.

With these comprehensive and outstanding properties, phenyl silicone rubber elastic putty, with the help of shock absorber manufacturers, has successfully entered many important industries. In the aerospace field, it provides support for the cushioning and protection of spacecraft, ensuring the stability and safety of spacecraft during launch, operation, and recovery. During high-speed rail operation, reliable cushioning components are needed to cope with various vibrations, and this putty plays a role in improving the smoothness of high-speed rail operation.

Furthermore, in bridge construction, it helps bridges buffer external impacts and extend their service life; in the complex working environments of the metallurgical and mining industries, where high temperatures and vibrations are common, the ablation resistance and impact resistance of this mortar make it suitable for use in equipment in these industries; offshore platforms are exposed to high-salt and humid marine environments for extended periods, and the weather resistance and corrosion resistance of phenyl silicone rubber elastic mortar can provide effective protection and buffering for equipment on offshore platforms.

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