In demanding environments such as aerospace, automotive engines, high-speed rail braking systems, and petrochemical equipment, sealing materials must endure extreme temperature cycles, corrosive media, and long-term compressive stress. Traditional sealants often fail due to degradation, but fluorosilicone rubber compounds have emerged as the material of choice for next-generation high-performance seals.

IOTA fluorosilicone rubber combines the chemical resistance of fluororubber with the broad temperature flexibility and elasticity of silicone rubber. It remains stable and effective from -60°C to +250°C, resisting fuels, oils, lubricants, acids, and alkalis while maintaining excellent compression set and sealing properties.

The material is ideal for manufacturing O-rings, gaskets, specialty seals, coated parts, and precision-molded components. It is particularly well-suited for static and dynamic sealing in aerospace engine compartments, fuel systems, railway air compression systems, and semiconductor fabrication equipment.

To meet diverse application and processing needs, IOTA offers custom formulations with varying hardness levels, curing systems, and filler structures. These are optimized for high-efficiency molding across extrusion, compression, and injection molding processes.

As industrial systems evolve toward greater reliability and longer service life, fluorosilicone rubber compounds are paving the way for high-performance domestic alternatives. With their superior adaptability and safety profile, they are set to play a key role in intelligent manufacturing and extreme-condition operations.