Alloy steel EN10083-3 alloy steel 34crmo4 steel equivalent to manufacture steel pipes
The EN10083-3 alloy steel 34crmo4 steel equivalent, thin steel plates are more convenient for cutting. Since the thickness of the thin steel plate is basically below 4mm, it is very easy to construct during cutting, which also reduces the work intensity of the construction personnel and speeds up the work efficiency of cutting. There are different materials for thin steel plates, such as ordinary carbon steel, high-quality carbon structural steel, alloy structural steel, carbon tool steel, stainless steel, spring steel, silicon steel for electrical engineering, etc..
20Mn2 steel is mostly used to manufacture carburized parts with low requirements on the surface and core and with a cross-sectional diameter of less than 50mm, such as carburized pinions, small shafts, and low-demand piston pins instead of 20Cr steel in the manufacture of automobiles, tractors and machine tools, cross pin head, diesel engine sleeve, valve ejector rod, gearbox lever, steel sleeve, etc. In addition, EN10083-3 alloy steel 34crmo4 steel equivalent, 20Mn2 steel can also be used to make riveting and welding parts, screws, nuts, etc. in the hot-rolled and normalized state.
The company always adheres to the EN10083-3 alloy steel 34crmo4 steel equivalent principle of "quality first, user first", and takes every cooperation seriously. It is our biggest wish that the steel material, specification and quantity can fully meet the requirements of users. With good reputation, high quality products and low price, we are willing to work together with old and new customers to create a great EN10083-3 alloy steel 34crmo4 steel equivalent cause. Customers are welcome to visit our company at any time. We are always ready to support you.
In order to improve the EN10083-3 alloy steel 34crmo4 steel equivalent corrosion resistance and decoration of steel, it is an important content of steel production method to plating or coating a protective layer on the surface of plastic processed steel. The material of protective layer is divided into metal and non-metal. The metal protective layer adopts the methods of electroplating, hot plating and chemical plating.