The high-temperature protection of the automobile industry Produces a lot of heat while the engine generates power in the operation of the automobile, the pipes, wires and signal transmission lines in the engine room are easy to be damaged by high heat. At the same time, water vapor, oil pollution, wear and tear also threaten the

Fire sleeve , in the metallurgical industry, can prevent steel spattering, multiple protection, and damage to unprotected equipment and cables, after multiple silicone coated fireproof tube, can achieve multiple safety protection, the highest temperature resistance can be up to 1300 degrees Celsius, can effectively block the molten iron, molten copper, molten aluminum and other high-temperature

Under the situation of new situation, new journey and epidemic prevention, the normal operation of small and medium-sized enterprises is a great challenge to the majority of business owners. In order to cope with the impact of the epidemic and the external environment, we should accelerate the formation of a new development pattern, in which

Many customers are curious about how fire sleeve is produced. I will introduce it for you today. The first step, which we call glue, is to mix the silicone together in different proportions. The second step, which we call coiling, is to combine different strands of fiberglass yarn for the different inner diameters of the

Fire sleeve, also known as heat-resistant bushing and flame retardant bushing, is made of high purity alkali free glass fiber woven into glass fiber bushing, and coated with imported high quality silicone rubber, which can prevent the splash of molten iron, molten copper, molten aluminum, etc., and is not damaged by high temperature and flame.

In hot summer, higher temperature and sufficient light make the production site temperature of some special industries higher, such as coking, steel making, iron making and rolling workshops of smelting industry; Casting, forging and heat treatment workshops in machinery manufacturing industry; Ceramic, glass, enamel, brick and tile industry furnace workshop; Thermal power generation and ship