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  • Flue Gas Desulphurization Manual
    , ceramics were also interesting as nozzle materials. In the late. 1960s and early 1970s, BETE worked with Carborundum to develop nozzles made in cast. Refrax®, a nitride bonded silicon carbide material that provides excellent corrosion and abrasion. resistance. In 1981 BETE worked with the Norton
  • Medical Device Link .
    Small metal and ceramic components can be manufactured by means of a low-cost advanced metal injection moulding (AMIM) technology. The production process is unique to the company, and is based on metal injection moulding. A range of materials, including stainless steel, Hastelloy, tungsten carbide
  • New Way To Make Dense Complex-Shaped Ceramics At Lower Cost
    student Pragati Kumar, now works for Novellus Systems Inc., a maker of semiconductor manufacturing equipment in San Jose. Manufacturers could create thinner, lighter, and stronger body armor if they used very hard ceramics, such as boron carbide, but such materials are difficult to mold
  • what is grit blasting
    oxide. Silicon carbide. Plastic. Walnut shell. Corn cob. Baking soda. Ceramic grit. Copper slag. Media selection is a crucial decision in the engineering of abrasive blasting processes. The different media types have different hardness, shape, and density, and each is available in a wide range
  • Medical Device Link .
    with aluminium oxide, silicon carbide, or other powders can result in a static load of 5000 V, giving rise to ESD events that can destroy sensitive devices such as resistors, PCBs, and pacemakers. The (Ridderkerk, Netherlands) has developed a workstation that prevents these electrostatic charges
  • Refractory Hard Metals
    Refractory hard metals (RHMs) are a ceramiclike class of materials made from metal-carbide particles bonded together by a metal matrix. Often classified as ceramics and sometimes called cemented or sintered carbides, these metals were developed for extreme hardness and wear resistance. The RHMs
  • New Roles For Ceramic Parts
    , produces the parts with a proprietary injection-molding technique. Wafer carriers and other components used in semiconductor fabrication are traditionally made from quartz, but these are silicon carbide. A proprietary process from Poco Graphite, Decatur, Tex., converts the machined graphite structure
  • Small Hole Shot Peening Applications
    are 100% carbide, with deflector tips and exit geometries optimized for minimum energy loss. Table 2 summarizes the hole peening methods discussed and lists some criteria to consider when deciding which method to use. Keep in mind that it is almost always faster to peen holes using standard nozzles

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