High material utilization: Die forgings can accurately control the shape and size of the metal blank according to the required shape, thereby reducing material waste. High strength: Due to the pressure and deformation of the metal blank during the die forging process, its internal structure is improved, thereby improving the strength of the die forging.
Trimming: The formed die forgings are trimmed by heat treatment, annealing, grinding and other processes to achieve the required performance and accuracy.
Free forgings are forgings that are subjected to plastic deformation under the pressure of the die during the die forging process, but are not limited by the shape of the die and can be freely deformed into the desired shape. Compared with die forgings, the manufacturing process of free forgings is simpler and more flexible, does not require a specific mold, and can be deformed freely as needed.
High flexibility: The shape of the free forging can be deformed freely as required, and various parts with complex shapes can be manufactured. High processing efficiency: The manufacturing process of free forgings is relatively simple and does not require specific molds, which can save manufacturing costs and time.
Improve the mechanical properties of the material: during the die forging process, the metal material is deformed and compacted, the internal grains are refined, and the grain boundaries are clarified, thereby improving the strength, hardness and wear resistance of the material.
The main function of die forgings is to improve the mechanical properties of materials, improve the organizational structure of materials, improve the accuracy and surface quality of parts, save materials and energy, and expand the application range of materials.
Die forging is a processing method that performs plastic deformation in a mold by pressing a metal material. This process method is to heat the metal material to a certain temperature, and then deform it under the action of pressure and mold, so as to obtain a part with a certain shape and size.
Precision die forging refers to the manufacture of workpieces with tiny dimensions and fine structures through high-precision and high-pressure die forging technology. This forging method is suitable for precision hardware products, electronic devices and precision machinery manufacturing. The process of precision die forging is complex and requires high equipment and technology, but it can produce high-precision and high-quality products.
Specializing in aluminum alloy forging enterprises.
We mainly produce aluminum alloy small and medium-sized die forgings, free forgings, and supporting machined aluminum alloy forgings and other pillar products.
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Address: Industrial Factory Building, Xiakou Warehouse, Chang'an Village, Xipeng Town, Jiulongpo District, Chongqing