The resistance to oil, solvents, and chemical media is another major advantage of fluorosilicone compounds. In daily life, gasoline, engine oil, and other oil stains can easily corrode ordinary rubber products, while fluorosilicone compounds remain unaffected. In the automotive industry, engines produce a large amount of oil during operation; oil seals and sealing rings made of fluorosilicone compounds can effectively block oil stains and extend engine life. In the petrochemical industry, various corrosive chemicals frequently come into contact with equipment; seals made of fluorosilicone compounds act like a sturdy shield, protecting equipment from corrosion and reducing equipment maintenance and replacement costs.



The excellent strength and resilience of fluorosilicone compounds make them outstanding in mechanical seals. Imagine a seal being constantly compressed and stretched during use; without sufficient strength, it would easily break; without good resilience, it cannot tightly seal against gaps. Fluorosilicone compounds, after undergoing countless deformations, can still quickly return to their original shape, ensuring a proper seal. For example, in automotive shock absorption systems, they effectively cushion vibrations while maintaining a seal and preventing fluid leakage.

The excellent insulation and selective permeability of fluorosilicone compounds further expand their application areas. In electrical equipment, their good insulation properties prevent leakage and ensure electrical safety; in the medical and health field, their selective permeability allows them to be used in medical devices, blocking bacteria and viruses while allowing necessary gas exchange, thus safeguarding patients' health.

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