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BBN professional sa573 gr.70 carbon-manganese-silicon steel high quality

BBN professional sa573 gr.70 carbon-manganese-silicon steel high quality

  • Feb 01 , 2021
The company adheres to the principle of integrity, standardization and efficiency, wins the market with technology, gains reputation with creative services, and wholeheartedly provides customers with high-quality sa573 gr.70 carbon-manganese-silicon steel

The company adheres to the principle of integrity, standardization and efficiency, wins the market with technology, gains reputation with creative services, and wholeheartedly provides customers with high-quality sa573 gr.70 carbon-manganese-silicon steel, efficient and fast services. Facing the future, adhere to independent innovation.

15CrMo alloy steel plate is pearlite structure heat-resistant steel, which has high heat strength (δb≥440MPa) and oxidation resistance at high temperature, and has certain resistance to hydrogen corrosion. Due to the high content of Cr, C and other alloying elements in steel, the hardening tendency of steel sa573 gr.70 carbon-manganese-silicon steel is obvious and the weldability is poor. 15crmo alloy steel plate is mainly used in petroleum, petrochemical, high-pressure boilers, etc.

In the process of sa573 gr.70 carbon-manganese-silicon steel steel transportation, enterprises often use railway transportation, highway transportation, water transportation and other ways to transport. According to the cargo owner's requirements on the timeliness of the goods and the different transportation routes, our company will choose sa573 gr.70 carbon-manganese-silicon steel different modes of transportation. According to the specific needs of customers, or specify the mode of transportation.

A plasma cutter uses a stream of compressed gas (air, nitrogen, argon, etc.) and a consumable wire electrode as the two primary feedstocks of the steel cutting process. The electrode sends a high electrical charge through the gas, raising its temperature to the point of ionization to generate extremely hot plasma (~20,000°C). This plasma is directed through the cutting tip to create a highly focussed beam, with velocities approaching the speed of sound.

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