Where is the specific application of Precision Steel Stainless Steel Investment Parts Casting PED ISO Certified?

Precision steel stainless steel investment parts casting PED ISO certified is commonly used in various industrial equipment and is increasingly popular among people.

Lighting components

In some high-end lighting equipment, such as special specification lamp housings, reflective cups, and other components, they will be used precision steel stainless steel investment parts casting PED ISO certified,the use of this casting process ensures high dimensional accuracy of the components, which can better coordinate with other optical components to achieve precise light reflection and projection,at the same time, the stainless steel material ensures good corrosion resistance and aesthetics, making it suitable for outdoor and harsh lighting equipment.

Valve components

The valve body, valve core and other components of the valve are often made of precision steel stainless steel investment parts casting PED ISO certified. The casting accuracy of the valve body directly affects the sealing and flow performance of the valve. Investment casting can produce valve bodies with precise dimensions and smooth internal flow channels, reducing fluid resistance; The precision casting of the valve core can ensure its fitting accuracy with the valve seat, achieve good throttling and shut-off functions, and is widely used in fluid control of various industrial pipelines.

Hydraulic components

Hydraulic cylinder barrels, hydraulic valve blocks, and other components in hydraulic systems can be produced through precision steel stainless steel investment parts casting PED ISO certified. Hydraulic cylinder barrels require high-precision inner diameter dimensions and surface smoothness to ensure smooth piston movement and good sealing. Investment casting can meet these requirements; The complex oil passage of the hydraulic valve block can also be precisely formed through investment casting, reducing pressure loss in the oil passage and improving the efficiency and stability of the hydraulic system.