Through the use of forging process, heterosexual forgings can increase the density of materials, improve the organizational structure and mechanical properties, and improve the strength and wear resistance of products. At the same time, forgings have the advantages of complex shape, high dimensional accuracy and strong load bearing capacity, so they are widely used in various industries.
Heterosexual forgings refer to parts with different shapes and sizes in the work pieces, which are used in various industrial fields of machinery and equipment, transportation vehicles, petrochemical equipment, energy equipment and aerospace and other fields. Its wide range of uses, mainly divided into the following categories:
Transmission forgings: used for transmission devices, such as gears, sprockets, crankshafts, connecting rods, cams, etc.
Connection forgings: used to connect various parts, such as bolts, nuts, pins, flanges, etc. Support forgings: parts used to support or fix equipment, such as bearing housings, bearing covers, brackets, etc.
Pressure vessel forgings: used to manufacture containers for storing gas, liquid and high pressure media, such as boiler shells, cylinders, tanks, etc.
Die forgings: Used to manufacture various types of dies, such as punches, templates, embossing dies, etc.
Other forgings: including forgings required under various special working conditions, such as large shafts for wind power generation equipment and key forgings for nuclear power equipment.
Through the use of forging process, heterosexual forgings can increase the density of materials, improve the organizational structure and mechanical properties, and improve the strength and wear resistance of products. At the same time, forgings have the advantages of complex shape, high dimensional accuracy and strong load bearing capacity, so they are widely used in various industries.
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