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ST

Steel Profile Calculator

Select a steel section, enter the required dimensions, and get cross-sectional area, mass per metre, and total weight instantly.

1

Profile

PL
2

Preset

Plate 1000 x 10
3

Dimensions (mm)

W
T
4

Length

5

Material

ST

Profile Preview

Units: mm
Steel sheets and platesPreview is schematic and dimensions are entered in mm.

Results

PL

Formula

A = width x thickness

AR

Cross-sectional area

0.010000 m2

10,000.00 mm2

KG

Mass per metre

78.500 kg/m

TM

Total mass (1 m)

78.500 kg

Density used: 7,850 kg/m3

Steel Weight Calculator

Easily calculate the weight of various steel profiles with this simple and practical tool. Select the desired shape, input the required dimensions, and instantly get accurate results including cross-sectional area, weight per metre, and total mass.

Supported Steel Sections

This steel calculator supports steel sheets and plates, seamless steel pipes, circular hollow sections, square hollow sections, rectangular hollow sections, round steel bars, square steel bars, flat bars, equal angles, unequal angles, GOST channels, UPN channels, IPN beams, IPE beams, HEA beams, and HEB beams.

Material Selection

The default material is Steel (density: 7850 kg/m3), but this can be adjusted if you need calculations for other materials with different densities.

How It Works

Choose a profile type from the selector and enter the dimensions in millimetres unless specified otherwise. Based on your inputs, the calculator automatically computes:

  • Cross-sectional area (m2) - the exact area of the steel profile.
  • Mass per metre (kg/m) - weight for each metre length.
  • Total mass (kg) - overall weight based on the specified length.

Additional Notes

  • Ideal for engineers, fabricators, and construction professionals.
  • Helps in estimating material cost, transportation load, and structural planning.
  • Reduces manual effort when switching between common structural steel section types.

This tool ensures quick, precise, and reliable calculations, saving time and reducing manual errors in your workflow.