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  • Conventional Powder Metallurgy Process
    The powder metallurgy (PM) process, depicted in the diagram below, consists of mixing elemental or alloy powders, compacting the mixture in a die, and then sintering, or heating, the resultant shapes in a atmosphere-controlled furnace to bond the particles metallurgically.
  • Powder Metallurgy Technology
    Powder Metallurgy Technology. Giving particular emphasis to those processes which are of industrial significance, this useful text provides detailed coverage of metal powder production, compaction, sintering, hot consolidation, and much more.
  • Machinability of Powder Metallurgy Steels
    Machinability of Powder Metallurgy Steels. Providing an overview of all interacting factors in machining, including those applied for improving machinability, this text regards machining as an effective tool for enhancing the precision and extending the shape complexicity range of PM components.
  • SteeLog (R) - A Metallurgical Dictionary
    SteeLog is a metallurgical dictionary on more than 5,000 terms used in the metals and metalworking industries. You may search for a particular term or click on a letter of the alphabet to view all the terms in a specific section. This content is protected by copyright but is available for your own
  • Controlled Tolerance with Powder Metallurgy
    Powder metallurgy (PM) parts can be produced at rates from several hundred to thousands of parts per hour. The key elements of dimensional change include orientation, component size and complexity, run-out, powder formulation, tool wear, sintering and heat treatment, and secondary operations
  • Material Choices with Powder Metallurgy
    Powder metallurgy (PM), as a manufacturing process, encompasses numerous forming, treating, and finishing operations. In many, but not all cases, the PM process transforms the powder into components used for structural applications, for example, gears, bearings, connecting rods, and parts used
  • Machining Powder Metallurgy Parts
    With careful tool design, good process capabilities, and CNC closed-loop control of compaction, most machining of powder metallurgy (PM) components is potentially unnecessary. In many cases, the close tolerance of dies and close control of powder choices (control of part-size change due to material
  • Economy in Car-making - Powder Metallurgy
    Powder metallurgy now provides about 10kg of the components of an average car. The most important raw material in this process is high-performance iron powder, prepared into press-ready premixes.

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