hot die forging technology has a wide range of applications, and its advantages are mainly manifested in high efficiency, high precision, good material utilization, improved mechanical properties and easy to realize automation. These advantages make hot die forging technology play an important role in the manufacturing process of automotive, aerospace, electronics and other fields.
Hot die forging technology is a kind of precision forging technology widely used in automotive, aerospace, electronics and other fields. The advantages of this technology mainly include the following aspects:
High efficiency: The hot die forging production process can achieve large-scale and continuous production through the stamping and plastic deformation of the die. Compared with traditional free forging and die forging, hot die forging technology can greatly improve production efficiency and reduce energy consumption.
High precision: Hot die forging technology can obtain higher dimensional accuracy and more detailed internal structure due to the plastic deformation of the mold. This high-precision forging can not only be directly used in the manufacturing of structural parts and components, but also improve the efficiency and quality of subsequent processing.
Good material utilization: hot die forging technology can achieve forging close to the net shape, that is, the forged parts can basically meet the needs of direct use, without too much machining. This can greatly improve the utilization rate of materials and reduce the waste of materials.
Improve mechanical properties: Through proper mold design and forging process, hot die forging can refine the grain structure of metal materials and improve its mechanical properties. At the same time, hot die forging can also make the metal material partial or all dynamic recrystallization, so as to improve the comprehensive properties of the material.
Easy to achieve automation: The hot die forging process can be realized by automated equipment, such as the use of CNC hydraulic press, mechanical press, etc., to automate production, thereby reducing labor costs and improving production efficiency.
In general, hot die forging technology has a wide range of applications, and its advantages are mainly manifested in high efficiency, high precision, good material utilization, improved mechanical properties and easy to realize automation. These advantages make hot die forging technology play an important role in the manufacturing process of automotive, aerospace, electronics and other fields.
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