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Metal Alloy Properties: carbon steel

EN 16NiCr4 to EN 35S20

Metal and alloy mechanical properties — tensile/yield strength, elastic modulus, density, hardness for steels, aluminum alloys, copper alloys, titanium, nickel alloys, cast iron, and more

Civil Engineeringcategory: carbon steel8 rowsPage 39 of 122
categorymaterial idcte per K (1/K)density kg m3 (kg/m3)elastic modulus MPa (MPa)elongation percent (%)heat treatmentmelting point C (°C)namepoisson ratio (dimensionless)shear modulus MPa (MPa)specific heat J kgK (J/(kg·K))standardtensile strength MPa (MPa)thermal conductivity W mK (W/(m·K))yield strength MPa (MPa)
carbon steelEN 17Cr30.0000127,860206,000141,480EN 17Cr30.380,000456ISO58051.9340
carbon steelEN 25CrMo40.0000127,860206,00014heat treated1,480EN 25CrMo40.380,000458ISO80051.9600
carbon steelEN 28Mn60.0000127,860206,00015heat treated1,480EN 28Mn60.380,000459ISO70062.4490
carbon steelEN 30CrNiMo80.0000127,860206,0009heat treated1,480EN 30CrNiMo80.380,000460ISO1,25051.91,050
carbon steelEN 34Cr40.0000127,860206,00014heat treated1,480EN 34Cr40.380,000461ISO80051.9590
carbon steelEN 34CrMo40.0000127,860206,00012heat treated1,480EN 34CrMo40.380,000461ISO90051.9650
carbon steelEN 34CrNiMo60.0000127,860206,00010heat treated1,480EN 34CrNiMo60.380,000461ISO1,10051.9900
carbon steelEN 35S200.0000127,860206,000161,480EN 35S200.380,000461ISO60059.7380

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