Optimizing the production process: Casting

In the modern industrial field, stainless steel castings play a vital role and are widely used in many key industries such as aerospace, medical equipment, automobile manufacturing, and energy. These industries have extremely strict requirements on the quality of stainless steel castings, and the production process is the core factor that determines the quality of castings. Optimizing the production process is like building a solid ladder to help the quality of stainless steel castings continue to reach new heights and meet the needs of complex and diverse industrial applications.

In the entire production process, a perfect pouring process is the key to ensuring the quality of casting molding.

We use computer simulation software to optimize the design of the pouring system. Reasonably design the size and position of the gate, riser and runner to optimize the flow state of the molten metal in the cavity. Use bottom pouring, step-type and other pouring methods, select appropriate solutions according to the characteristics of the casting, reduce the involvement of gas and inclusions, and ensure the shrinkage effect of the molten metal at the same time, and reduce the incidence of shrinkage and shrinkage.

Through continuous improvement and innovation of key process links such as smelting, molding and core making, and pouring, we can effectively overcome many problems and challenges in the current production process. Each process optimization measure is like a step on a ladder, which gradually accumulates and builds a solid ladder for improving the quality of stainless steel castings.