Cast 316 stainless steel introduction
Lingtong Casting adopt world-class standard such as ASTM, AISI, GB, DIN, JIS in our casting design and manufacturing. All kinds of mechanical parts modern design superior hot sale Cast 316 stainless steel.We implement ISO9001 quality system in our daily management and manufacturing. Our products are exported to Japan, Holland, Australia and America, the quality of our castings are Widely appreciated in China and abroad market. The frames we produce for Japan WKM, are 100% Magnetic particle inspected with zero defect. Holland Stertil B.V., the world's large car lifting machine manufacturer, have cooperated with us for around 10 years, on main force components of lifting machine.
Model NO.: Customized
Casting Method: Thermal Gravity Casting
Application: Oil and Gas
Surface Roughness: Ra3.2
Certification: CE, ISO 9001:2000
Specification: Class 150lb~2500lb, Size 1/2"~56"
HS Code: 8481804090
Type: Chemical Hardening Sand
Sand Core Type: Resin Sand Core
Machining: CNC Machining
Surface Treatment: Sand Blast
Inspection: International Inspection Report of Each Process
Transport Package: Standard Export Packing
Advantage of Cast 316 stainless steel
1、The biggest advantage of investment casting is, due to the investment casting has a high dimensional accuracy and surface finish, it can reduce the machining work, only the parts with higher requirement need to leave a little allowance, even some of the castings need only allowance of grinding, polishing, you can directly use without machining. Thus, the use of investment casting method can save a lot of machine tools and processing time, a substantially saves metal raw materials.
2、Another advantage of the investment casting method is that it allows the casting of complex castings of various alloys, in particular of superalloy castings. Such as jet engine blades, its streamlined profile and the cooling cavity, using mechanical processing is almost impossible to form. With investment casting process can do mass production, to ensure the consistency of the casting, and to avoid residual machining after machining stress concentration.