Inconel Alloy 617 Chemical Properties, Grade, Table and Pdf

Inconel Alloy 617 – famous for it superb high temperature strengh and corrosion resistant ability – belongs in the family of nickel-chromium-cobalt-molybdenum alloys. This alloy has demonstrated good characteristics of high mechanical stability and resistance to dramatic environment changes, making it excellent for aerospace, petrochemical and nuclear fields. Inconel 617 is basically a chemical composition that includes nickel, chromium, cobalt, and molybdenum as its components, and it shows extraordinary corrosion resistance in some acidic and alkaline environments. The outstanding mechanical characteristics of the alloy such as high creep and rupture strength provide additional capability to withstand demanding conditions. Grades of Inconel 617 are set according to the international standards in order to guarantee quality and uniformity. Specific chemical properties, grade specifications and other useful information can be found in full tables and PDF documents available online from the manufacturer or industry organizations. These are crucial for making the right selection and preparing the design of material application.

Inconel Alloy 617 Chemical Composition And Grade Table

Inconel Alloy 617 is a nickel-chromium-cobalt-molybdenum alloy developed in a way only to make it highly resistant to oxidation and corrosion in the extremely high temperature environments. The chemical compostion normally comprises about 20-24% chromium, 10-15% cobalt, 8-10% molybdenum, 8-10% iron, 3-4% aluminum, 0.5-1.5% titanium, in nickel the rest. This combination gives Alloy 617 excellent strength and resistance to high temperatures, making it very suitable for gas-turbine components, heat-treating fixtures and other industrial heating furnaces. The table of grades of this alloy is a clear indication that the alloy has enough strength for the use of the alloy in demanding industrial and aerospace settings.

Inconel Alloy 617 Composition Table
Elements Ni Cr Co Mo Fe Si Al Ti
Min (%) - 20 10 8 - - 8 -
Max (%) 44.5 24 15 10 3 1 1.5 0.6

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