Alloy 2304 Duplex Stainless Steel Chemical Composition, Grades, Table and Document

Duplex Stainless 2304 alloy is a great choice for a moderate price which provides the resistance to corrosion and high strength of the material. Chromium, commonly present in the range of 12-23%, along with small amounts of nickel, nitrogen, molybdenum, manganese, silicon, and copper, are the major chemical elements that make this alloy. Furthermore, it demonstrates a unique duo phase microstructure. The result of combining Austenitic and Ferritic phases is improved mechanical properties. The classes of the Alloy 2304 could belong to the ASTM A240 as well as the EN 10088 standards. A table of contents showing its ingredient chemical composition, mechanical properties, and application details are provided in technical information sheets provided by manufactures and standard-setting institutions. By so doing, materials engineers and grade specifiers can accordingly choose the specification for an intended application.

Alloy 2304 Duplex Stainless Steel Chemical Composition And Grade Table

Duplex 2304 Alloy Stainless Steel, an improvement on duplex stainless steel, has the unusual chemical bonding of these elements in one that significantly defining corrosion properties and strength. The approximately chromium composition about 23%, nickel 4%, nitrogen 0.2%, and the uniform proportions of molybdenum and manganese are all the factors showing the admirable resistance to pitting and crevice corrosion in the chloride media environment. It is a table of grade, which has its properties as tensile strength and yield strength and the elongation, and therefore, it is suitable to be used in many of the industrial applications, where resistant to the environmental factors and durability are the main things. Alloy 2304 is a viable option if you are dealing with a strenuous technical or engineering project.

Advantages and Disadvantages of Alloy 2304 Duplex Stainless Steel

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