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Seamless steel pipe 1085 is the first choice of high-quality materials
Seamless steel pipe 1085, as a representative of high-quality seamless steel pipes, has many unique characteristics and a wide range of applications. 1. Production process of seamless steel pipe 1085 Seamless steel pipe 1085 is made of high-quality raw materials and is made through precise proces...Read more -
Explore the performance characteristics, application fields, and market prospects of 15CrMo alloy steel pipe
15CrMo alloy steel pipe is an alloy steel pipe material with excellent performance and wide application. It plays an important role in the industrial field with its unique chemical composition and process characteristics. 1. 15CrMo alloy steel pipe performance characteristics: - High strength: 15...Read more -
300mm cold-rolled seamless steel pipe is the precision choice of modern industry
Cold-rolled seamless steel pipe, especially the 300mm diameter model, occupies an irreplaceable position in modern industry with its high precision and excellent performance. This type of steel pipe has attracted much attention due to its unique production process and wide application fields. Whe...Read more -
Explore the manufacturing process and application of precision carbon steel pipes
Precision carbon steel pipe is an important material widely used in the industrial field, and its manufacturing process and application fields have attracted much attention. 1. Manufacturing process of precision carbon steel pipe: The manufacturing process of precision carbon steel pipes is very ...Read more -
Damage of cold working to the corrosion resistance of stainless steel pipes and its control
Cold drawing, cold rolling, cold rolling, cold bending, cold expansion, and cold twisting are all common processing methods for manufacturing stainless steel pipes or heat-resistant steel pipes for heat exchangers, etc. using stainless steel seamless/welded steel pipes. The excellent plasticity o...Read more -
Details of heat treatment deformation of steel pipes
First, the quenching strain has dimensional change and shape change. Quenching strain (distortion) has two types: dimensional change and shape change (deformation). The so-called dimensional change is the dimensional change caused by expansion or contraction caused by phase change during quenchin...Read more