How the choice of casting process affects Pump and Valve Casting？

In the field of Pump and Valve Casting, the choice of casting process has a profound impact on the final product. The comprehensive influencing factors involve material properties, geometry, manufacturing cost, production efficiency and other aspects. Different casting processes are suitable for various materials, such as iron, steel, stainless steel, copper alloys, etc., which directly shapes the material properties and range of uses of the final product. The choice of process determines whether the product can meet the requirements of corrosion resistance, mechanical strength and temperature stability in a specific environment.

The casting process has a significant impact on the ability to handle complex geometries. Some processes may be better suited for producing castings with complex structures such as internal channels, threads, etc., while others may be better suited for producing castings with simple shapes. This directly affects the degree of freedom in product design and determines whether more innovative and complex fluid control equipment can be realized.

The choice of casting process also has a direct impact on the surface quality of the final product. Some processes can provide a relatively smooth surface quality, reducing the need for subsequent machining, while other processes may require additional grinding, polishing, etc. steps to achieve specific surface requirements. This is not only related to the appearance of the product, but also directly related to the functionality and sealing of the product.