• Versatility: Practically any desired metal, alloy, or mixture of metals can be produced in this way

  • Self-Lubrication: This feature is unique to powder metallurgy parts. The controlled network of small pores in the parts can be filled with oil or other desirable lubricants selected for contact with any variety of wearing surfaces.

  • Economy: It is an economical process because of the rapid, mass production techniques employed, the reduction or complete elimination of subsequent machining or finishing.

  • Intricate Shaped Parts: Powder metallurgy is ideal for the production of Uncommon or complex shaped parts that are almost impossible/impractical to achieve from other methods.

  • High dimensional accuracy and good surfaces.

  • High Strength: Choosing the suitable material, form sintering and optional manufacturing steps, high tensile strength can be achieved with ease.

  • Time-Saving: It takes more time and cost when using traditional processing techniques to produce parts in complicated shapes where as the powder Metallurgy technique spends less time and Cost.

  • Mass Production & Low-cost: Using the Powder metallurgy technique to make molding parts is faster than using conventional machines;thus it results in mass production.

  • Precision: The best preciseness quality can reach 0.0005 inch when using Metal Powdering technique to produce mechanical parts and the products have smooth surface. The quality is identical to the quality of the middle grinding level in traditional processing technique, and the only procedures are narrowed down to compressing and heating. In addition to its high preciseness, the Metal Powdering technique offers a production method which produces parts of almost the same size—with near-zero difference in size.
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