7.7-8.03 (×1000 kg/m3) at 25 degrees Celsius.
7.9 ton /m3
0.282-0.283 lb/in3
The density of high-tensile steel, such as the steel grade 8.8, typically ranges from 7,850 to 7,900 kilograms per cubic meter (kg/m³) or 7.85 to 7.90 grams per cubic centimeter (g/cm³). The density of steel can vary slightly depending on its composition and specific alloying elements. It's important to note that the density of steel is a property that can be influenced by factors such as temperature and processing conditions. The values provided here are general averages, and for precise engineering applications, it's advisable to use the specific density values provided by material suppliers or manufacturers.
The density of aluminized steel is 2710. Additionally, the density of its counterpart, carbon steel, is slightly different at 2833.
MATERIAL DENSITY (lb/in³)DENSITY (Kg/m³)Aluminum 11000.0982712.630661Aluminum 30030.0992740.310565Aluminum 50520.0972684.950756Aluminum 60610.0982712.630661Aluminum 70750.1012795.670375Aluminum, Cast, 3560.0972684.950756Aluminum, Cast, 3840.1022823.350279Beryllium0.06751868.393567Beryllium Copper0.2988248.611601Brass, Cartridge0.3088525.410648Brass, Free Cutting0.3078497.730743Brass, Naval0.3048414.691029Brass, Red0.3168746.849885Cast Iron, Grey, CL350.2526975.335984Chromium0.267196.775222Copper OFHC0.3238940.609218Gold, (99.95)0.68218877.69501Iron, Pure0.2847861.092935Kovar0.3028359.331219Lead0.4111348.76093Magnesium0.0631743.833996Magnesium, Cast, AZ91A0.0661826.87371Manganese0.2677390.534555Molybdenum0.36910213.88483Nickel, Pure0.3098553.090552Phosphor Bronze0.328857.569504Platinum, (99.9)0.77521451.92614Silver, Fine0.37910490.68388Stainless Steel 3010.2857888.77284Stainless Steel 3020.2847861.092935Stainless Steel 3040.2897999.492458Stainless Steel 3160.2847861.092935Stainless Steel 4200.2787695.013507Stainless Steel 4300.2837833.41303Stainless Steel 4400.2797722.693411Steel, Carbon Alloy0.2847861.092935Steel, Mild0.2847861.092935Tin0.2647307.494841Titanium0.1634511.824466Tungsten0.69719292.89358Zinc0.2587141.415413Zinc, Cast0.246643.177128Zirconium0.236366.378081
SS stand for Structural Steel,400 for grade, AISI 1018, En 1a, St37 are equivalent steel.
Grade 60 has a tensile stress of 60000 psi while Grade 40 has 40000. Grade 60 steel rusts faster than grade 40. grade 60 bar can be identified by the word 60 which should have printed on that while on grade 40 no no will be printed or written and we can identify this by counting the lines on steel as well. If there are 3 lines longitudinally on the bar its is of 60 grade and if 2 lines longitudinally it will be identified as 40 grade.
0.282-0.283 lb/in3
Density of SS400 grade steel is 7860 kg/m3Refer to the related link for other properties.
The density of austenitic steel varies according to the type or grade. For one of the commonly used austenitic steel like Type 304, the density is 8.0g/cm3.
The Density of Low Grade SteelThe density of low grade steel is on the order of 7850 kg/m3, 78.5 kN/m3, 7.85 g/cc or 0.2836 lb/in3.
7,850 × 10-9 kg/mm3 [44]
Grade 40 steel is preferred over grade 60, especially in areas which are situated near or on the main fault line. Thus, these areas are more prone to earthquakes and grade 40 steel is expected to take more force of 40000 psi before it breaks down.
60%
The density of high-tensile steel, such as the steel grade 8.8, typically ranges from 7,850 to 7,900 kilograms per cubic meter (kg/m³) or 7.85 to 7.90 grams per cubic centimeter (g/cm³). The density of steel can vary slightly depending on its composition and specific alloying elements. It's important to note that the density of steel is a property that can be influenced by factors such as temperature and processing conditions. The values provided here are general averages, and for precise engineering applications, it's advisable to use the specific density values provided by material suppliers or manufacturers.
Iron has a density of approximately 7.86g/cm3. Nails are not usually made from pure iron, but from soft steel, a mixture of iron and carbon. The density, however, is pretty much the same depending on the grade of steel used.
The answer depends on the grade of the steel, but 7.85 g/cm3 is generally accepted for plain steel. If the steel has added alloying elements such as tungsten, then it can be as high as 8.05 g/cm3
Steel has the greatest density of the three.