Do you know the weight calculation formula for steel, stainless steel (stainless steel)?
If not, please refer to the following calculation:
The formula for calculating the weight | |
| The symbols | T: Thick; W: Wide; L: Long; A: Edge; A1: Edge 1; A2: Edge 2; I.D: Inside diameter; O.D: Outside diameter; |
| Plate | Weight (kg) = T (mm) x W (mm) x L (mm) x Density (g / cm3) |
| Pipe | Weight (kg) = 0.003141 x T (mm) x {O.D (mm) – T (mm)} x Density (g / cm3) x L (mm) |
| Square | Weight (kg) = [4 x T (mm) x A (mm) – 4 x T (mm) x T (mm)] x Density (g / cm3) x 0.001 x L (m) |
| Rectangular | Weight (kg) = [2 x T (mm) x {A1 (mm) + A2 (mm)} – 4 x T (mm) x T (mm)] x Density (g / cm3) x 0.001 x L (m) |
| Flat bar | Weight (kg) = 0.001 x W (mm) x T (mm) x Density (g / cm3) x L (m) |
| Round bar | Weight (kg) = 0.0007854 x O.D (mm) x O.D (mm) x Density (g / cm3) x L (m) |
| Square bar | Weight (kg) = 0.001 x W (mm) x W (mm) x Density (g / cm3) x L (m) |
| Hexagon bar | Weight (kg) = 0.000866 x I.D (mm) x Density (g / cm3) x L (m) |
PERFORMANCE OF STEEL AND STAINLESS STEEL | |
| Carbon steel | 7.85 g/cm3 |
| Stainless steel 201/202/301/302/303/304(L)/305/321 | 7.93 g/cm3 |
| Stainless steel 309S/310S/316(L)/347 | 7.98 g/cm3 |
| Stainless steel 405/410/420 | 7.75 g/cm3 |
| Stainless steel 409/430/434 | 7.70 g/cm3 |
Bao Tin Steel hopes the information above will be of some help to you!. See more: How to calculate steel weight correctly? Here are the step-by-step instructions
If you need any further information, don’t hesitate to call us or email: kinhdoanh@thepbaotin.com
