Tension Member

A drawn part is a part in which a metal blank is stretched into a desired size and shape by a stretching process. Stretch parts are widely used in industrial production, widely used in automobile, aerospace, construction and other fields. Below I will introduce the fabrication process and process flow of tensile parts.

The production process of tensile parts manufacturers mainly includes the steps of selecting suitable materials, designing reasonable process flow, precision equipment processing, quality control and so on. The first is to choose the right material, usually tensile parts selection requires materials with good ductility and strength, such as carbon steel, stainless steel and so on. The second is to design a reasonable process, including cold punching mold design, stretching process design, cold punching process parameters. Then it is precision equipment processing, the processing of tensile parts usually adopts the tensile machine and other equipment, through continuous deformation and plastic deformation to achieve the required shape and size. Finally, it is quality control, including the inspection and testing of the dimensions, surface quality and mechanical properties of the stretched parts to ensure that the products meet the requirements.

The process of tensile parts mainly includes raw material preparation, tensile mold design and manufacturing, tensile processing, finished product processing and other steps. First is the raw material preparation, that is, select the appropriate material and preliminary processing. Then is the design and manufacture of stretching molds, according to the shape and size requirements of the stretching parts design and manufacture of stretching molds. Next is the stretching process, the raw material into the stretching machine, through the force to make the raw material to produce plastic deformation, the formation of the required size and shape of the tensile parts. Finally, the finished product processing, including deburring, surface treatment, heat treatment, etc., to improve the surface quality and mechanical properties of the tensile parts.

In general, the production process and process flow of tensile parts is a complex process, which needs to go through many procedures and strict control in order to produce high quality products. Only by constantly improving the level of technology and process can we meet the market demand and promote industrial development. We hope the above introduction can help you better understand the production technology and process of tensile parts.