Steel plays a very important role in the building. It is precisely because the density of different steel materials is different, the scope of application in the renovation of buildings is not the same. In actual production, steel often contains different alloy elements depending on the use, so the application is also different. So, for steel, density is the key. For the few people in contact with building materials, the density of steel may not have much concept, in the end is kind of how the density of steel, today for the next introduce.
All kinds of steel density:
1. Material name = steel 7.85g/cm3
Material Density = 7.85
2. Material name: Gray cast iron (≤HT200) 7.2g/cm3
Material density = 7.2
3. Material name = Gray cast iron (≥HT250) 7.35g/cm3
Material Density = 7.35
4. Material name = industrial pure iron 7.87g/cm3
Material Density = 7.87
5. Material name = cast steel 7.8g/cm3
Material Density = 7.8
6. Material name = low carbon steel (containing 0.1% carbon) 7.85g/cm3
Material Density = 7.85
7. Material name = medium carbon steel (carbon content 0.4%) 7.82g/cm3
Material Density = 7.82
8. Material Name = High Carbon Steel (1% Carbon) 7.81g/cm3
Material Density = 7.81
9. Material name = high speed steel (including tungsten 9%) 8.3g/cm3
Material density = 8.3
10. Material name = high speed steel (including tungsten 18%) 8.7g/cm3
Material density = 8.7
11. Material name = stainless steel (1Cr18Ni9) 7.93g/cm3
Material density = 7.93
12. Material Name = Stainless Steel (1Cr13) 7.75g/cm3
Material Density = 7.75
13. Material Name = Stainless Steel (1Cr17) ​​7.70g/cm3
Material density = 7.7
14. Material name = pure copper (copper) 8.9g/cm3
Material Density = 8.9
15. Material name = industrial pure aluminum 2.71g/cm3
Material density = 2.71
16. Material name = zinc copper alloy 7.2g/cm3
Material density = 7.2
17. Material name = castable aluminum alloy 2.7g/cm3
Material density = 2.7
18. Material name = Al-Ni alloy 2.7g/cm3
Material density = 2.7
19. Material name = nickel copper alloy 8.8g/cm3
Material Density = 8.8
20. Material name = cast zinc 6.86g/cm3
Material Density = 6.86
21. Material name = zinc plate 7.2g/cm3
Material density = 7.2
22. Material name = lead plate 11.37g/cm3
Material density=11.37
Steel theoretical weight calculation formula
The following are some of the more commonly used theoretical weight calculation formulas for reference:
Round steel rod (kg/m) W = 0.006165 × d × d (d = diameter mm)
Rebar (kg/m) W = 0.00617 ×d×d (d = section diameter mm)
Fang Gang (kg/m) W = 0.00785 ×a ×a (a = side width mm)
Flat steel (kg/m) W = 0.00785 ×b ×d (b = side width mm, d = thickness mm)
Hexagonal steel (kg/m) W = 0.006798 × s × s (s = opposite side distance mm)
Hexagonal steel (kg/m) W = 0.006798 × s × s (s = opposite side distance mm)
Equilateral angle steel (kg/m) W = 0.00785 × [d (2b – d ) + 0.215 (R2 – 2r 2 )]
(b = width, d = edge thickness, R = inner radius, r = end radius)
Unequal angle steel (kg/m) W = 0.00785 ×[d (B+b – d )+0.215 (R2 – 2 r 2 )]
(B = long edge width, b = short edge width, d = edge thickness, R = inner arc radius, r = end arc radius)
Channel steel (kg/m) W=0.00785 ×[hd+2t (b – d )+0.349 (R2 – r 2 )]
(h=high, b=leg length, d=waist thickness, t=average leg thickness, R=inner arc radius, r=radius of end arc)
I-beam (kg/m) W= 0.00785 ×[hd+2t (b – d )+0.615 (R2 – r 2 )]
(h=high, b=leg length, d=waist thickness, t=average leg thickness, R=inner arc radius, r=radius of end arc)
Editor's summary: The above is about the density of various types of steel, the introduction of steel theoretical weight calculation formula, I hope to be helpful to everyone. If you still want to learn more about the relevant information, please continue to follow our website. You can also purchase more of your favorite products at Qijia Mall.
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