Refractory material is a necessary safety product for all walks of life

Refractory material refers to those inorganic non-metallic materials with high temperature resistance. The required refractory temperature is above 1580 degrees, which means that the refractory material can not be melted or softened at this temperature. Why develop refractory materials? Because many industries require the participation of refractory materials at high temperatures, but they cannot participate with metals. Such as metallurgy, chemical industry, petroleum, machinery manufacturing power and other aspects require refractory materials. In many public places, materials must also be used, such as bar floors, curtains, tables and chairs, etc., as well as many other crowded places, refractory materials are needed to prevent the fire from being stopped in time when the fire occurs Spread and harm to personnel. Xinxiang Refractory Wholesale is a company specializing in selling these refractory materials. The main products cover iron and steel, metallurgy, cement, chemical industry, nonferrous metals, energy saving and environmental protection industries.

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The main materials in the refractory wholesale products are oxide materials, such as alumina, calcium oxide, uranium oxide, cerium oxide, etc. There are also many refractory compound materials, not as good as carbides, nitrides, borides, silicides, and sulfides. The melting points of these materials are above 2000 degrees, and some are even above 3800 degrees. There are also some high-temperature composite materials, such as cermets, high-temperature inorganic coatings, fiber-reinforced ceramics, etc. These materials are the main contributors to ensure flame retardancy and fire resistance in high temperature environments. The main materials in Xinxiang Refractory Wholesale Products are oxide materials, such as alumina, calcium oxide, uranium oxide, cerium oxide and so on. There are also many refractory compound materials, not as good as carbides, nitrides, borides, silicides, and sulfides. The melting points of these materials are above 2000 degrees, and some are even above 3800 degrees. There are also some high-temperature composite materials, such as cermets, high-temperature inorganic coatings, fiber-reinforced ceramics, etc. These materials are the main contributors to ensure flame retardancy and fire resistance in high temperature environments.