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In the world of materials, the fluorosilicone rubber IOTA 3110 - F series stands out with its unique charm and powerful functions, providing brand - new solutions for numerous industries.
The molecular structure of fluorosilicone rubber is distinctive, with the main chain composed of siloxane bonds and the side chains containing trifluoroalkyl groups. This structure differentiates it from other rubber materials. Manufactured through the ring - opening polymerization of cyclic siloxanes, it allows for precise control of key parameters such as the molecular weight and vinyl content of the raw rubber, providing possibilities for optimizing its properties.
This series of raw rubber can operate normally within a wide temperature range of - 60℃ to 200℃, providing a guarantee for its application in different temperature environments. Although its heat resistance and chemical resistance are not as good as some other fluororubbers in certain aspects, it cleverly combines the advantages of silicone rubber and fluororubber. It performs well in terms of fuel oil resistance and has a low degree of swelling in methanol, making it have broad application prospects in fields involving fuel oils and chemicals.
The application areas of the fluorosilicone rubber IOTA 3110 - F series are like a colorful画卷 (painting). In the aviation field, it is an ideal material for fuel - and lubricant - resistant seals and contacts on aircraft, safeguarding flight safety. In the automotive industry, components such as sealing rings and oil seals in various vehicles are made of this material, improving the reliability and durability of vehicles. In the petrochemical industry, seal components for equipment like pumps, valves, and oil tanks that need to withstand high and low temperatures and chemical corrosion rely on it. In the medical and health field, it is used in the manufacture of medical devices and artificial organs, contributing to people's health. In the military industry, it also plays an important role in harsh environments.
This series of raw rubber has many remarkable highlights. It combines the advantages of silicone rubber and fluororubber, with a wide operating temperature range that can adapt to various extreme temperature conditions. It shows good performance in resisting fuels, oils, solvents, and chemical media, ensuring stability in complex chemical environments. At the same time, it retains the characteristic of high tensile retention at high temperatures of silicone rubber, making the product more reliable during use. In addition, the product has good consistency, low volatility, no odor, and excellent thermal stability.