In the production of aluminum alloy precision stamping parts, which links are prone to scratches? ''

With the steady development of industrialization to modernization, the demand for energy-saving and environmentally-friendly products is increasing day by day. Aluminum alloy is the preferred material for energy-saving, weight-reducing and environmentally-friendly products due to its low density, low melting point, good processing performance, excellent electrical conductivity and corrosion resistance. Corresponding aluminum alloy precision stamping parts shell products have also become the darling of modern product shells. The low hardness of precision stamping aluminum alloys makes the aluminum alloy precision stamping housings easier to be scratched and scratched during the production process. So in which links are such phenomena prone to occur? 1. Due to improper design of the precision stamping mold: crushing caused by the mold itself; the mold is too tight, the parts need to be pried, and the gap caused by prying 2. Bumps during stamping and CNC processing: improper operation, take away When the aluminum alloy shell touches mold fixtures, machine tools, etc.; the processed aluminum alloy shell does not have the tray and is stacked together; improper operation causes the aluminum alloy shell to fall. 3. The precision stamping parts are scratched and scratched during the circulation of various processes: improper stacking and collapse; the aluminum alloy shell is held and placed vigorously; there is debris in the packaging material of the aluminum alloy shell, and the debris and the product friction during the transfer process Cause scratches. 4. Improper anodizing operation of precision stamping parts: caused by anodizing hitting the hanger when hanging up and down; hitting the oxidation tank when entering and exiting the tank; product falling out of the tank. The above is about the links that are prone to bumps and scratches in the production process of aluminum alloy precision stamping parts. I hope it will be helpful to you. If you need to know more, welcome to consult: