Other alloying elements on CA6NM

  • The application of other alloy elements in ca6nm is introduced
  • Adding micro-alloy elements Ti, Nb, and V in a CA6NM martensitic stainless steel tube is usually expected to form a nitrogen compound with C and N. 

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other alloying elements on CA6NM martensitic stainless steel tube

Adding micro-alloy elements Ti, Nb, and V in a martensitic stainless steel tube is usually expected to form a nitrogen compound with C and N. As a result increasing the strength of the steel. Ti is a stabilizing element. 

At the same time, it is a fine crystalline element. Ti can form a variety of stable carbon-nitrogen compounds. Finally, Ti (C, N) can increase the toughness without sacrificing strength. The addition of 0.1% Nb in CA6NM martensitic stainless steel can reduce the precipitation of the rich Cr ions. Because Nb can combine with C and N atoms to form nanometer grade Nb rich precipitates (5-15nm). The homogeneous distribution of rich Nb precipitates can increase the strength of the steel and hence optimize its plasticity and toughness.

CA6NM ASTM A743
martensitic stainless steel

CA6NM Chemical Composition

CA6NM-chemical-composition

CA6NM Martenistic Stainless Steel

CA6NM-mechanical-property

Application of Alloys in CA6NM Stainless Steel

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