Nickel 201 is a low carbon, commercially pure wrought alloy grade. Produced according to ASTM B160 specifications, these components can be processed by means of either hot-working, cold-working, or annealing. Along with the chemical composition and mechanical properties, the ASTM B160 UNS N02201 Rod must conform to the values of a tension test, chemical analysis, and hardness test.

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The properties of nickel 201 are similar to that of nickel 200. However, because the content of carbon is lower in the alloy ofNickel 201 Round Bar, it is not susceptible to embrittlement brought on by inter-granular carbon at elevated temperatures. The higher content of nickel in the alloy makes these components resistant to several chemicals including acids and alkalis, as well as to dry gases at ambient temperature. The significance of nickel in theNickel Alloy 201 Square baris also responsible for the material’s resistance to mineral acids. However, this is a property that is dependent on aspects such as the temperature, aeration, and concentration of the solution.

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When alloying elements are added to steel, iron and carbon, the basic components of steel, interact with alloying elements. The purpose of steel alloying is to improve the microstructure and properties of steel by the interaction of alloying elements with iron and carbon and the influence on the phase diagram of iron and carbon and the heat treatment of steel.