![]() SUS316L has a lower carbon content and better drawability than SUS316. It is often used for drawing applications, but due to its low carbon and high Ni content, it exhibits low hardness and work hardenability when annealed. SUS316 has higher Ni content and contains Mo, for good corrosion resistance. Highly-corrosion resistant stainless steel 305M is a non-magnetic stainless steel in which these tendencies have been reduced. It has low hardness and low work hardenability when annealed, making it suitable for deep drawing.Īustenitic stainless steels are typically non-magnetic when solution heat treated and magnetic when cold rolled. SUS304L has a lower carbon content than SUS304 and provides excellent resistance to intergranular corrosion. Often referred to as "18–8 stainless," SUS304 is a popular steel grade, and is the most commonly used austenitic stainless steel. > See detailed specifications page for information on chemical composition and mechanical properties SUS301 demonstrates the largest increase in magnetism due to work hardening of any austenitic stainless steel. Since the material's austenitic structure is not stable, the cold rolling process will cause martensitic transformation to occur. SUS301 has a chromium–nickel ratio of 17–7, which is slightly lower than that of 18–8 stainless steel.
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