Investment Cast Net Shaped Complex Lubricating Channels
Producing complex net shape, narrow, long, and curved lubrication channels within the body of an investment cast article using controlled solidification investment casting (CSIC) process is a technically challenging problem. MER is proposing a novel technology to resolve the CSIC technical limitations by utilizing PolyCapillary material (PCM), an advanced powder metallurgy technology, to produce channel forming materials with tailorable mechanical and metallurgical properties to match and work with those of the target investment cast high purity aluminum alloy. The technologies have the advantage of producing large diameter tubes with micro porous walls that have a fraction of the base metal mechanical properties. Mechanically, the micro porous tubes will have the advantage of matching the shrinkage pattern of the investment cast Aluminum alloy. Metallurgically, the PCM process can produce tubes from different materials to eliminate cross contamination between the tubes and the aluminum alloy that can produce brittle conditions within the investment cast article near thin sections. Prefabricated channels produced via PCM will have the advantage of producing net shape complex lubricating channels within the body of an investment cast article with minimal impact on the CSIC process in terms of production volume and process cost. The PCM produced lubricating channels.
Small Business Information at Submission:
Senior Mechanical Enginee
Materials & Electrochemical Research (MER) Corp.
7960 S. Kolb Rd. Tucson, AZ -
Number of Employees: