Aviation engines operate under extreme conditions and require materials that provide effective insulation and vibration damping. Phenyl compound rubber, which combines the benefits of phenyl silicone rubber with those of conventional silicone rubber, offers excellent thermal insulation, vibration absorption, and high-temperature resistance, making it a breakthrough material for aviation engine insulation systems.

During engine operation, high-temperature gases and mechanical vibrations can adversely affect performance. Phenyl compound rubber forms a stable insulation layer that minimizes heat transfer and dampens vibrations, thereby reducing wear on critical components.

Currently, this material is being tested in insulation mounts and protective layers in some modern aviation engines, demonstrating remarkable results. As aviation technology continues to evolve, phenyl compound rubber is expected to provide comprehensive protection, driving improvements in efficiency and durability of aircraft engines.