Stainless Steel Grades | Corrosion Resistant Alloys
Stainless Steel Grades | Corrosion Resistant Alloys

In addition to the traditional well-known grades of stainless steel and corrosion-resistant alloys, there are others: patented, powder - specially developed for specific purposes and conditions of use. Usually they can be compared with each other, but each of these grades (alloys) is unique in its properties, chemical composition and structure.

These are mainly steels and alloys produced by powder metallurgy. They have an improved balanced chemical composition and better properties:

Advantages

  • Improved strength and hardness: these stainless steels have a more uniform grain structure than traditional stainless steel, making them stronger and harder..
  • Increased resistance to corrosion: more resistant to corrosion than their traditional counterparts due to their more uniform grain structure.
  • Better machinability: easier to machine than traditional stainless steels and alloys, making them more suitable for some complex shapes.

Flaws

However, such stainless steel and alloys also have some disadvantages:

  • High cost: generally, these stainless steels are more expensive than traditional stainless steels.
  • Limited availability: not all grades of stainless steel are readily available.
  • Production complexity: the production of these stainless steel grades and alloys is a more complex process than the production of traditional stainless steel.

  • CPM MagnaCut
  • CPM MPL-1 | Supracor
  • CPM 154 (154 CM)
  • CPM S125V
  • CPM S110V
  • CPM S90V
  • CPM S60V
  • CPM S45VN
  • CPM S35VN
  • CPM S30V
  • CPM 20CV
  • Elmax
  • Vanax SuperClean
  • SPG STRIX
  • M398
  • M390
  • N695
  • N690
  • N685
  • CTS 204P
  • RWL-34
  • SG2
  • VG-10
  • ZDP-189
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