Die casting can produce l parts with complex shape, clear outline and thin wall and deep cavity. Because molten l maintains high fluidity at high speed, l parts that are difficult to be processed by other processes can be obtained.



Die castings require high dimensional accuracy, and can be assembled and used after a small amount of machining. Some die castings can be assembled and used directly. The material utilization rate is about 60% - 80%, and the blank utilization rate is as high as 90%.



Die casting production efficiency is high. Due to the high-speed mold filling, the mold filling time is short, the l industry solidifies rapidly, and the operation cycle speed of die casting is fast. Among various casting processes, die casting method has the highest productivity and is suitable for mass production.



Easy to use inserts. It is easy to set a positioning mechanism on the die-casting die, which is convenient for inlaying the insert and meets the local special performance requirements of the die-casting.



All kinds of problems encountered in die-casting production technology, such as the selection of parting surface, the opening of gate, the layout of ejection, the mastery of shrinkage law, the assurance of accuracy, the types of defects and their degrees, are d on the advantages and disadvantages of the process of the die-casting parts themselves.