Fluorosilicone compound, as a novel specialty rubber material, is gaining extensive application in high-end sealing products due to its excellent processing performance and stable product characteristics. Through precise formula design and advanced mixing technology, this material significantly improves processing efficiency and production stability while maintaining the exceptional medium resistance of fluorosilicone rubber.

Research data indicates that fluorosilicone compound demonstrates outstanding tolerance in harsh media such as fuel and lubricating oil, with its volume change rate controllable within 5%. The material achieves tensile strength of 8.5-10.5 MPa and maintains excellent tear strength levels of 35-45 kN/m. After 72 hours of aging tests at 200°C, it retains over 85% of its original mechanical properties.

In the automotive manufacturing sector, this material has become the preferred choice for critical components such as engine oil seals and fuel line seals. Practical application data shows its service life can be more than three times longer than traditional rubber materials. In the aerospace field, fluorosilicone compound is widely used for sealing protection in aircraft hydraulic systems and fuel systems, demonstrating exceptional environmental adaptability.

With continuous optimization of manufacturing processes, fluorosilicone compound will play an important role in more high-end manufacturing sectors including new energy equipment and precision instruments, providing crucial material support for industrial upgrading.