Buy Stainless Steel That Does Not Easily Corrode, Stain, Or Rust

Steel casting companies performs various steps to provide quality stainless steel with strong capabilities in stainless steel casting by lost-wax process. They can supply a wide range of casting application in valve, pump, auto, vehicle, tool, and appliance parts and have experience pouring a wide variety of stainless steel alloy casts and are also capable of pouring other air melt alloys upon your request. 

Investment Casting provides dimensional accuracy and fine presentable casting surface than traditional casting.  Investment casting is also called lost wax casting.  It involves the following 5 steps.

• Step 1: Mold Making- Make a mold to inject wax into.
• Step 2: WAX Pattern Forming- Inject molten wax into a mold, and then assemble formed wax patterns on a wax tree.
• Step 3: Wax Surface Coating- The wax needs to be strengthened by a covering it in a solid shell. This is done by dipping the wax tree in ceramic slurry. 
• Step 4: Metal the wax away- Melt out the wax from the ceramic shell to make cavity space for the final casting.  Then pour molten metal in it.
• Step 5: Finishing- Break shell and cut each part off the tree. The steel casting companies also perform CNC machining (Turning, Milling, and Tapping), welding and mechanical polishing.

The steel casting companies uses a variety of techniques in casting operations. Different mold types, such as loose pattern, cope and drag, Styrofoam and cores are also used during production. The skilled engineers work with you in the selection of alloys, tool creation, prototyping and manufacturing planning. And the factory features some of the industry's most advanced investment casting technologies including induction melting furnaces and extensive production capacities. Precision measuring machines ensure dimensional accuracy and repeatability on every precision cast part.

Its stainless steel properties include: Austenitic stainless steel contains 18% chromium and 8% nickel. Corrosive resistance for the most part increases with increasing content of chromium. The fundamental impact of the alloying component nickel is on the structure of the steel and its mechanical properties. The steel isn't attractive and has higher thermal conductivity. Nickel also increases the corrosive resistance. Molybdenum- designated acid-resistant has the same effect on the structure as chromium.  

The skilled engineers can work with you in the selection of alloys, tool creation, prototyping and manufacturing planning. And the factory features some of the industry's most advanced investment casting technologies including induction melting furnaces and extensive production capacities.