In the high-precision aerospace field, the performance of each component is related to the success or failure of the mission; in the huge and complex power and electrical system, stability and safety are the eternal pursuit. There is a material that plays a vital role in these two fields, just like a superhero. It is two-component addition liquid fluorosilicone rubber.
Two-component addition liquid fluorosilicone rubber is designed for harsh environments. It has excellent fluidity. During the production process, it can easily shuttle between various precision components and successfully complete the pouring, covering, potting and other tasks. Its high and low temperature resistance is very excellent. Whether it is facing the extreme cold at high altitude in aerospace, the high temperature near the engine, or the temperature changes of power and electrical equipment under different working conditions, it can maintain stable performance and is not afraid of heat and cold. Oil resistance is also first-class. When exposed to various oil substances, it can still stick to its post and its performance is not affected.
In the field of aerospace, the fuel system of aircraft requires high-performance seals to prevent fuel leakage. Two-component addition-type liquid fluorosilicone rubber has become an ideal material for fuel system seals due to its oil resistance and high temperature resistance. At the same time, in the sealing of aircraft radar, communication equipment and navigation systems, its excellent chemical corrosion resistance and electrical insulation ensure the stable operation of equipment in complex environments and avoid signal interference.
In the field of power and electrical, it is widely used for moisture-proof, shock-proof and insulating coating of electronic components, and is an ideal potting material in LED production. Potting electronic components with it can not only play a protective role, but also see the packaged electronic components through it, which is convenient for detection and troubleshooting, and improves the reliability and maintainability of power equipment.
It can be said that two-component addition-type liquid fluorosilicone rubber has built a solid line of defense for the stable operation and safety of equipment in the fields of aerospace and power and electrical, relying on its excellent performance, and can be called the super guardian of these two fields.