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HEM sections: dimensions, mass and inertia

Compare heavy HEM sections and their recalculated geometric properties.

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The values below are recalculated from simplified nominal geometry. Open a designation to inspect its diagram, dimensions and all available properties.

HEM

Comparison table

HEM sections

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DesignationMain dimensionsAMassIxIyWxWy
HEM 100h=120 mm · b=106 mm · tw=12 mm · tf=20 mm · r=12 mm52 cm²40.82 kg/m1,125.3 cm⁴398.16 cm⁴187.56 cm³75.124 cm³
HEM 120h=140 mm · b=126 mm · tw=12.5 mm · tf=21 mm · r=12 mm65.17 cm²51.158 kg/m1,991 cm⁴701.73 cm⁴284.43 cm³111.39 cm³
HEM 140h=160 mm · b=146 mm · tw=13 mm · tf=22 mm · r=12 mm79.32 cm²62.266 kg/m3,253.5 cm⁴1,143.2 cm⁴406.68 cm³156.61 cm³
HEM 160h=180 mm · b=166 mm · tw=14 mm · tf=23 mm · r=15 mm95.12 cm²74.669 kg/m5,019.9 cm⁴1,756.5 cm⁴557.76 cm³211.63 cm³
HEM 180h=200 mm · b=186 mm · tw=14.5 mm · tf=24 mm · r=15 mm111.32 cm²87.386 kg/m7,381 cm⁴2,577.8 cm⁴738.1 cm³277.18 cm³
HEM 200h=220 mm · b=206 mm · tw=15 mm · tf=25 mm · r=18 mm128.5 cm²100.87 kg/m10,459 cm⁴3,647.2 cm⁴950.84 cm³354.1 cm³

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Area is used for linear mass, section modulus for bending, and radius of gyration for buckling.