In the field of special rubbers, fluorosilicone raw rubber has become a key material for coping with complex environments by integrating the properties of "fluorine" and "silicone", and has recently emerged in a number of high-end application scenarios. This elastomer material not only inherits the high and low temperature resistance and weather resistance of organosilicon, but also incorporates the oil resistance and chemical corrosion resistance of fluororubber. It can maintain elasticity in the extreme temperature range of -60℃ to 200℃, and can also resist the erosion of fuel oil, strong acids and alkalis, showing significant performance advantages.
In terms of application scenarios, the value of fluorosilicone raw rubber widely covers the high-end manufacturing field. In the automotive industry, it is the core raw material for fuel cell seals and engine fuel system pipelines of new energy vehicles, ensuring the sealing performance of components under high and low temperature cycles and chemical environments; in the aerospace field, the sealing rings and gaskets made from it can be adapted to the hydraulic systems of spacecraft, withstanding extreme temperature differences in space and special media; in addition, in the electronic and electrical field, it is also used for waterproof seals of high-end sensors, taking into account insulation and aging resistance, and extending the service life of equipment.
Industry experts analyze that as industries such as new energy vehicles, aerospace, and high-end electronics upgrade towards "high reliability" and "long service life", the performance requirements for fluorosilicone raw rubber will be further improved. In the future, after improving its high pressure resistance, radiation resistance and other characteristics through modification research and development, its application boundaries will continue to expand, providing material support for the upgrading of high-end manufacturing industry.