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UDC silicon carbide ceramic
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UDC-New refractory materials will become the future power

Silicon carbide ceramic refractory refractory is not higher than 1580 ℃ a class of inorganic non-metallic materials. Silicon carbide beam refractoriness refers to the refractories cone specimen in the absence of load conditions, the role of high temperature resistance without softening melted down Celsius temperature. However, the definition of refractory can not fully describe the refractory, and 1580 ℃ is not absolute. Now defined as where the physical and chemical properties allow it to be used under high temperature environment, known as the refractory material. Refractory materials as a basic industrial necessities, widely used in steel, metallurgy, chemical, petroleum, machinery manufacturing, electricity, power and other industrial fields.

New Refractory Technology

The new refractory technology is based on the development of modern industry and industrial intelligence manufacturing, through physical research, chemical analysis, material design, materials processing, testing and a series of research processes to create a variety of industrial needs to meet the new refractory technology . According to the new properties of materials divided into four categories:

1: reactive bonded silicon carbide refractory ceramic materials ( Beam Roller Tube Plates slab sagger shelves)

2: inorganic non-metallic materials

3: high-performance composite materials (high temperature inorganic coatings and fiber-reinforced ceramics)
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Chinese silicon carbide ceramic refractory solution factory,
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