Powder metallurgy Process: Application & Advantages

In this post, we will discuss Advantages, limitations, and applications of Powder metallurgy Process.

Powder metallurgy is a metalworking process. It this process we compact the metal powder in a die.

Powder metallurgy is a process of making components using powderof metals.
Powder Metallurgy

Steps Involved in Powder Metallurgy

The process includes following steps.
  1. Generation of powder
  2. Blending or mixing
  3. Compacting
  4. Sintering
  5. Impregnation
  6. Inspection

Applications

Powder metallurgy is gaining importance day by day. The components produced in this method can be used in different ways. Below are some examples of it.
  • Bearings which are produced by this process are used for rotating parts. They are generally manufactured from copper powder and graphite.
  • The process can be used to make Gears, sprockets, and rotors.
  • Using iron, aluminum, nickel, and cobalt powders small magnets are made.

Limitations

  • The high cost of tooling and other maintenance equipment.
  • There is a risk of explosion.
  • Health-related problems may arise to the operator due to the fine metal powder being processed.

Advantages

Powder metallurgy has many advantages when compared with other conventional methods.
  • Cost saving process when in mass production.
  • We can achieve good dimensional accuracy.
  • We can produce magnetic components and also alter its magnetic power.
  • The negligible amount of scrap makes this process more advantageous over other. 




Powder metallurgy Process: Application & Advantages Powder metallurgy Process: Application & Advantages Reviewed by Vishwanath Nayak on December 05, 2017 Rating: 5

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