In today's era of rapid technological development, the demand for materials that can work stably in extreme low - temperature environments is increasing. The emergence of IOTA 2056 HTV ethyl silicone rubber is like a timely rain, bringing new hope and possibilities to the field of low - temperature applications.

Innovative Structural Design

IOTA 2056 HTV is a diethyl silicone rubber prepared by introducing ethyl groups into the side chains of dimethyl polysiloxane. This unique structural design breaks the crystallization performance of silicone rubber, thus endowing it with outstanding cold - resistance. Its lowest glass transition temperature reaches -147°C, which makes it stand out among many low - temperature materials.

Wide Range of Application Fields

It is widely used in low - temperature fields such as cryogenic equipment, high - latitude and high - altitude areas, aviation, aerospace, and deep - sea exploration, and is the basic material for rubber products in these fields. In cryogenic equipment, it can withstand extremely low temperatures to ensure the normal operation of the equipment; in high - latitude and high - altitude areas, it provides reliable sealing and protection for various facilities and equipment; in the aviation and aerospace fields, it helps aircraft and spacecraft fly stably in complex low - temperature environments; in deep - sea exploration, it can also adapt to the low - temperature and high - pressure environment of the deep sea to ensure the smooth progress of exploration missions.