Specifications

Precision casting shot blasting impeller
Material: carbon steel
Quality: ISO 9001:2000

 

• Precision casting impeller

• Weight of our investment casting: 0.7kg

• Used in automobile, ship hardware and other engineering industry

• Other processes: sand casting,  lost-foam casting and permanent mold casting

• All materials available: carbon steel, steel alloy, stainless steel

•  Design and production as per customer's requirement

• Short delivery time for both samples and orders

   

  • Process description:

      We offer to our customer's two types of investment cast processes. They are the shell process (Colloidal Silica process) and the water glass process.  The shell process is used to cast complex high quality parts with requirements of a very good surface finish and close dimensional tolerances.  The water glass process is typical of the process in the early stages of investment castings.  It generally is capable of much larger castings than the shell process, but does not have as good of surface finish or tolerances.  The water glass process provides parts that have better surface finish and dimensional tolerances than sand castings.

  A wide range of alloys is available for both processes. They include carbon steels, low alloy steels, stainless steels, tool steels and copper based alloys. Please check below for materials available.

  Shell investment cast parts can range from a weight of just a few ounces to approximately 80 pounds. If you are concerned with precision in very small parts, we are especially proficient at very fine detail work including teeth and serrations. Water glass castings may range in weight from several ounces to approximately 200 pounds.

  First article layouts and spectrometer material certifications are provided with all first article samples.

  A variety of secondary operations can be performed on both types of investment castings. They include heat treatment, machining, plating, painting, polishing and buffing, assembly services and even custom packaging.