From engine blocks and transmission housings to suspension brackets, steering knuckles, and even battery trays in new energy vehicles, automotive parts die castings and molds act as the "steel backbone" of the car, supporting the vehicle's safety, reliabi
As core structural components, precision motor die castings and molds not only need to possess high dimensional accuracy and good mechanical properties, but also must ensure a dense and defect-free internal structure.
Power tool die castings and molds not only provide mechanical support and protection, but also efficiently guide and dissipate internal heat through material properties, structural design, and heat conduction paths, ensuring stable operation of the entire
Against this backdrop, electronic communication die castings and molds, through material innovation, structural optimization, and process refinement, are empowering communication equipment weight reduction through "scientific slimming," becoming a key lin
The motor shaft needs to be made of high-strength, high-wear-resistant alloy steel, and its hardness and fatigue resistance should be improved through heat treatment.
Mold temperature control is equally critical. Cooling/heating channels are needed to ensure uniform and stable temperatures in all areas and prevent gas stagnation caused by localized overheating.