Today I would like to introduce to you a magical material - phenyl elastic clay! This is no ordinary clay, it has many unimaginable properties.



Let’s first talk about its low-temperature resistance. It can still maintain elasticity under extremely cold conditions of minus 120°C. What is the concept? You know, at such low temperatures, many materials have long since become brittle and hard, but phenyl elastic cement can maintain good flexibility. This characteristic is simply incredible!

Not only that, it also has a series of excellent properties such as weather resistance, ozone resistance, radiation resistance, ablation resistance and self-extinguishing properties. Take radiation resistance as an example. In some special environments, such as space, the radiation intensity is high and ordinary materials cannot withstand it, but phenyl elastic cement can easily cope with it and remain stable.

Its application fields are even more extensive than imagined. In the aerospace field, with the continuous development of my country's aerospace industry, the launch of various spacecraft has become a hot topic. Phenyl elastic cement can assist buffer manufacturers and be used in key parts of spacecraft to ensure that the spacecraft can withstand various complex environments and impact forces during launch and operation, ensuring the smooth progress of the mission.

Looking at high-speed rail, high-speed rail has now become an important way for our daily travel. In the operation of high-speed trains, buffers play a vital role, and phenyl elastic clay booster buffers can effectively reduce vibration and impact during train operation, making our journeys smoother and more comfortable.

pls check PHENYL SILICONE RUBBER ELASTOMER