Supply the corten a steel thickness mechanical properties

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The wear-resistant layer of corten a steel thickness wear-resistant steel plate is mainly composed of chromium alloy, and other alloy components such as manganese, molybdenum, niobium and nickel are added. The carbide in the microstructure is distributed in the form of fiber, and the direction of the fiber is perpendicular to the surface. The microhardness of carbides can reach hv1700-2000 and HRC58-62 respectively. The alloy corten a steel thickness carbide has strong stability at high temperature, high hardness and good oxidation resistance. It can be used normally within 500 ℃.

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Normalizing is to heat the steel parts to 30~80℃above the critical temperature for a period of time. Then the parts are taken out of the furnace and cooled in air. Since the cooling rate of normalizing is faster than that of annealing, the strength and hardness of normalized corten a steel thickness are higher than that of annealed corten a steel thickness, but the elimination of internal stress is not as good as annealing. The normalizing operation of corten a steel thickness is simple, the cost is low, the productivity is high, and it is widely used in actual production.