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Hexagon bar · Weight calculator

Solid hexagon bar; a is the across-flats dimension.

1. Product type
Profiles
Sheet and plate
2. Dimensions
3. Alloy and density

The kg/m values in the EAS standard profile catalogue are calculated with 2.70. For sheet and plate the common 1050 alloy is 2.71.

Hexagon bar weight calculation formula

Solid hexagon bar; a is the across-flats dimension.

kg = (√3 ÷ 2) × a² × L × ρ ÷ 1 000 000

L = length · ρ = density (g/cm³)

For profiles the volume is cross-section area × length; for sheet and plate it is width × length × thickness. The cross-section areas here come from the same geometry engine that draws the catalogue sections, verified against the kg/m values of 1,949 catalogue profiles.

Example: a 3000 × 1500 × 1 mm plate → 3 × 1.5 × 1 × 2.71 = 12.195 kg. For 234 pieces, 2,854 kg.

Results are theoretical; production tolerance, surface treatment (anodising/coating) and cutting allowance are not included.

Density by alloy

AlloyDensityTypical use
6063 (T5 / T6)2.70 g/cm³Extruded profile
60602.70 g/cm³Extruded profile
60612.70 g/cm³Extruded profile
60822.70 g/cm³Extruded profile
6005 / 6005A2.70 g/cm³Extruded profile
1050 / 1050A2.71 g/cm³Sheet / plate / coil
11002.71 g/cm³Sheet / plate / coil
30032.73 g/cm³Sheet / plate / coil
31052.72 g/cm³Sheet / plate / coil
50052.70 g/cm³Sheet / plate / coil
50522.68 g/cm³Sheet / plate / coil
57542.66 g/cm³Sheet / plate / coil
50832.66 g/cm³Sheet / plate / coil
20242.78 g/cm³Special alloy
70752.81 g/cm³Special alloy

Weight calculation for other products