Construction machinery copper forging refers to the copper forging parts used in the field of construction machinery. Here are some suggestions for design principles and manufacturing requirements:
- Strength and stiffness: Construction machinery to withstand a large load and vibration during operation, so the design of copper forgings need to consider the strength and stiffness requirements to ensure that it can withstand the corresponding force and deformation.
- Material selection: Copper forgings usually use hard copper alloy, such as copper-zinc alloy (brass), copper aluminum alloy, etc. The selection of materials should be comprehensively considered according to the use of the environment, corrosion resistance requirements and mechanical properties.
- Heat treatment: In order to improve the strength and wear resistance of copper forgings of construction machinery, appropriate heat treatment can be carried out on forgings, such as tempering, normalizing, etc.
- Structural design: When designing copper forgings, it is necessary to consider the structural shape, size, surface treatment and other factors of the parts. Reasonable structure design can improve the service life and performance stability of copper forgings.
- Process optimization: In the manufacturing process of copper forgings, it is necessary to select the appropriate forging equipment and process parameters to ensure the quality of the forgings. For example, in the forging process, attention should be paid to the temperature control of the forging, forging speed and pressure control.
- Testing and quality control: For the manufacture of copper forgings of construction machinery, the necessary non-destructive testing and physical performance testing should be carried out to ensure that it meets the design requirements and has good quality reliability.
It should be noted that the specific design principles and manufacturing requirements may vary due to different construction machinery applications, it is recommended that the actual conditions of use and special requirements of the product be fully considered in the design and manufacturing process.
