What is a high temperature resistant insulated fire protection sleeve?
An insulated protective sleeve. Usually, the inner layer is woven with fiberglass bulked yarn, coated with silicone rubber. It is used in steel, smelting, wear resistance, flame retardant, heat preservation, and fire resistance
High temperature insulation fire protection casing is designed for iron and steel, automobile, shipbuilding, aerospace, metallurgy, machinery, petrochemical, chemical, military, national defense, scientific research and other industries supply quality and safety special (coating) high temperature fireproof casing. Applicable to steel, smelting, shipbuilding, aerospace, aviation, military and other industries such as chemical industry high temperature area, heating area of cable, cable, tubing, fluid pipe mill, cutting edge cable, generators, electric voltage equipment, large-scale construction, hydraulic system, automotive wiring harness and exhaust pipe etc.. In the high temperature of 560 DEG C environment to provide long-term, reliable insulation protection, anti radiation, anti heat resistance, short than or equal to 1700 DEG C high temperature molten steel or heat shock of liquid.
Characteristics and application:1. safety protection to protect the health of the workersAlkali free glass fiber itself has very strong tension characteristics, will not wrinkle broken, anti sulfuration, smokeless halogen-free non-toxic, pure oxygen combustion, good insulation, followed by organic silica gel after curing, strengthens its safety and environmental protection, effective protection of workers health, reduce the incidence of occupation disease. Unlike asbestos products, they are extremely hazardous to the human body and the environment.2. superior performanceThe organosilicon structure on the surface of the casing contains both organic groups and inorganic structures. This particular composition and molecular structure make it characteristic of organic compounds and inorganic compounds. Compared with other polymer materials, the most prominent is its high temperature resistance. The silicon oxygen bond (SiO) as the main chain structure, C-C bond is 82 thousand and 600 kcal / mole, SiO bond card / 121 thousand in silicon molar, so its high thermal stability, high temperature (or radiation) molecular bond doesn't break, do not break down. Silicone is not only resistant to high temperature and low temperature resistance, can be used in a wide temperature range. Both chemical properties and physical and mechanical properties vary little with temperature.
