In the continuous development of material science, IOTA 2056 HTV ethyl silicone rubber stands out as an innovative material in the field of low - temperature applications. It is a diethyl silicone rubber prepared by introducing ethyl groups into the side chains of dimethyl polysiloxane. The introduction of ethyl groups breaks the crystallization performance of silicone rubber, endowing it with unique cold - resistance characteristics.

Excellent Cold - Resistance Performance

The cold - resistance performance of IOTA 2056 HTV is very prominent. Its lowest glass transition temperature reaches -147°C, and it can still maintain good elasticity in low - temperature environments. This makes it a basic material for rubber products in low - temperature fields such as cryogenic equipment, high - latitude and high - altitude areas, aviation, aerospace, and deep - sea exploration. In these extreme low - temperature environments, ordinary rubber materials often become hard and lose elasticity, while IOTA 2056 HTV can work stably to ensure the normal operation of equipment.