Among the vast array of modern industrial materials, there's one that appears ordinary but possesses hidden "superpowers"—RTV phenyl silicone rubber. This polymer, boasting multiple exceptional properties, is quietly supporting technological breakthroughs in key sectors such as electronics, aviation, and nuclear power, becoming an indispensable "unsung hero" in industrial production.



The most remarkable thing about RTV phenyl silicone rubber is its stability in extreme environments. At ultra-low temperatures of -120°C, where most materials lose their elasticity and become brittle, RTV maintains excellent flexibility. This characteristic makes it irreplaceable in polar exploration equipment and cryogenic experimental devices. Furthermore, it exhibits excellent radiation resistance, maintaining long-term stability even in radiation environments, providing reliable protection for specialized work scenarios.

Even more remarkable is its perfect combination of ablation resistance and self-extinguishing properties. When exposed to high temperatures, it not only resists burn damage but also prevents the spread of flames through its inherent properties. This dual advantage of fire and heat resistance makes it a crucial safety barrier in high-temperature operating environments. When combined with specific heat-resistant additives, it can also be formulated into specialized products such as ablation-resistant putties and coatings to meet even more stringent requirements.

Room Temperature Vulcanized Phenyl Silicone Rubber,pls check IOTA 3108