Industrial Die Castings
Process flow: die casting → punching → deburring and grinding → shot blasting → CNC → surface treatment (powder spraying, paint, anodizing, passivation, electrophoresis, electroplating, etc.)
Die-casting parts crystallize and solidify under high pressure, resulting in a dense structure. Their tensile strength is 25%-40% higher than sand casting, significantly increasing their hardness. For example, core components like automotive engine blocks and transmission housings are die-casted to withstand high loads and high temperatures. The dense structure reduces microcracks and pores, improving corrosion resistance and making them suitable for harsh environments such as chemical and marine environments. Quotes are based on drawing requirements and quantity demanded.
