Range attributes Brinell Hardness 190 (maximum) C (Carbon) 0.08 % (maximum) Cr (Chromium) 16.5 to 18.5 % Elongation 35 % strain Fe (Iron) 61.5 to 70.5 % (estimate) Mn (Manganese) 2 % (maximum) Mo (Molybdenum) 2 to 2.5 % Ni (Nickel) 11 to 13.5 % P (Phosphorus) 0.045 % (maximum) S (Sulfur) 0.03 % (maximum) Si (Silicon) 1 % (maximum) Ti (Titanium) 0.8 % (maximum) Ultimate Tensile Strength 500 to 730 MPa Yield Strength 210 MPa Discrete attributes ~Checking Status Not verified - Original build Date Last Checked Thursday, October 17, 2013 Alloy Family High-Alloy Steel (Corrosion and Heat Resistant, Stainless, and Nickel Steels) Alloy Group Austenitic stainless steel Alloy Sub-Group 316Ti Available forms Wrought Base Element Fe (Iron) Country Hungary Material Class Ferrous Alloy Source Worldwide Guide to Equivalent Irons and Steels, 5th ed. ASM International 2006 Specification Status Active Specification Type Standard Standards Body MSZ (Hungary) Short text attributes Composition Note_old Fe is listed as a Base element for this material, but its % value is not listed in the specification. The value shown is a calculated one. Country* Hungary Description_old Corrosion resistant; 0-160 mm; solution ann Designation X8CrNiMoTi17122 Specification MSZ 4360 Long text attributes Composition Note Fe is listed as a Base element for this material, but its % value is not listed in the specification. The value shown is a calculated one. Description Corrosion resistant; 0-160 mm; solution ann Hyperlink attributes Similar Alloys Click here to find similar alloys Integer attributes Specification Year 1987 Further Information Organizations Magyar Szabvanyugyi Testulet (MSZT) (Hungarian Standards Institution)
No warranty is given for the accuracy of these data Copyright © 2024 ASM International®

Range attributes

Brinell Hardness

190

(maximum)