In aerospace, automotive, and industrial equipment applications, sealing components are often exposed to high temperatures, fuels, lubricants, and various chemical media. Conventional rubber materials tend to harden, crack, or lose elasticity under such conditions, compromising operational reliability. High-resilience fluorosilicone compound, with its unique molecular structure and outstanding properties, is emerging as a key material for upgrading sealing solutions.

This compound not only retains the inherent high- and low-temperature resistance, fuel resistance, and chemical stability of fluorosilicone rubber but also demonstrates superior rebound performance. Even after prolonged compression, it quickly returns to its original shape. This greatly enhances the service life and reliability of sealing components, making it especially suitable for engine seals, valve gaskets, and fuel system parts.

Industry experts believe the adoption of high-resilience fluorosilicone compounds will deliver enhanced safety and reliability to advanced equipment manufacturing, reduce maintenance frequency, and extend operational cycles. With continuous technological progress, this material is expected to achieve large-scale application in more industries, supporting further industrial upgrades.