In industrial production and daily life, there is a material that quietly protects the stable operation of countless devices. It is high-temperature resistant silicone rubber that can withstand high temperatures of 300°C. This seemingly ordinary material, with its unique properties, demonstrates extraordinary strength in high-temperature environments.



The core advantage of high-temperature resistant silicone rubber is first reflected in its excellent heat resistance. A high temperature of 300°C is enough to cause many materials to deform, age, or even fail, but for it, this is just a "normal environment" for normal operation. Whether it is inside a device that is baked at high temperature for a long time, or repeatedly experiencing complex scenes of alternating hot and cold, it can maintain a stable physical form and chemical properties. This is due to the special silicon-oxygen bond in its molecular structure. This chemical bond has extremely strong thermal stability and builds a solid "high-temperature defense line" for the material.

In addition to its excellent heat resistance, it also exhibits strong adaptability in processing methods. It can easily handle the two mainstream processing technologies of compression molding and extrusion molding. Compression molding allows it to accurately reproduce complex seal structures, whether it is irregular grooves or fine lines, it can be perfectly presented to ensure that the seals are still tightly fitted at high temperatures to eliminate the risk of leakage; while extrusion molding allows it to efficiently produce various specifications of heat-resistant extruded tubes, from small fluid delivery pipelines to protective sleeves for large equipment, which can meet the size requirements of different scenarios.

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