In the vast realm of material science, the fluorosilicone rubber IOTA 3110 - F series shines like a bright star. With its unique properties and wide - ranging applications, it has demonstrated strong capabilities in numerous fields.

Unique Molecular Structure and Manufacturing Process

Fluorosilicone rubber has a distinct molecular structure. Its main chain is formed by siloxane bonds, while the side chains contain trifluoroalkyl groups. This special structure endows it with unique characteristics. The manufacturing process is similar to that of dimethylsilicone rubber, using the ring - opening polymerization of cyclic siloxanes. Through this method, the molecular structure of the raw rubber can be precisely controlled, laying a solid foundation for its subsequent excellent properties.

Wide Operating Temperature Range and Outstanding Resistance

This series of raw rubber has an extremely wide operating temperature range, capable of working stably from - 60℃ to 200℃. This feature allows it to handle extreme temperature environments with ease. Moreover, it exhibits good resistance to fuel oils and has a low degree of swelling in methanol. Although its heat resistance and chemical resistance are not as good as some other fluororubbers, it cleverly combines the advantages of silicone rubber and fluororubber, performing well in various complex environments.

Diverse Application Areas

The application areas of the fluorosilicone rubber IOTA 3110 - F series are extremely broad. In the aviation industry, it is essential for manufacturing fuel - and lubricant - resistant seals and contacts on aircraft. In the automotive industry, it is widely used in various vehicle components such as sealing rings, oil seals, diaphragms, conduits, and valve linings. In the petrochemical industry, it is used to make seal components for equipment like pumps, valves, and oil tanks that need to withstand high and low temperatures and chemical corrosion. In the medical and health field, it is applied in medical devices and artificial organs. In the military industry, it is suitable for harsh environments that require low - temperature, oil, and acid resistance.