IPE Section Properties

EN 10365 · 18 sections

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GEOMETRYAREABENDINGWEIGHT
Profileh[mm]b[mm]tw[mm]tf[mm]A[cm2]Iy[cm4]Iz[cm4]Wy[cm3]Wz[cm3]G[kg/m]
IPE 80
80463.85.27.6480.148.4920.033.696
IPE 100
100554.15.710.3217115.9234.25.798.1
IPE 120
120644.46.313.21317.827.6752.968.6510.4
IPE 140
140734.76.916.43541.244.9277.3212.3112.9
IPE 160
1608257.420.09869.368.31108.716.6615.8
IPE 180
180915.3823.951 317100.9146.322.1618.8
IPE 200
2001005.68.528.481 943142.4194.328.4722.4
IPE 220
2201105.99.233.372 772204.925237.2526.2
IPE 240
2401206.29.839.123 892283.6324.347.2730.7
IPE 270
2701356.610.245.955 790419.9428.962.236.1
IPE 300
3001507.110.753.818 356603.8557.180.542.2
IPE 330
3301607.511.562.6111 770788.1713.198.5249.1
IPE 360
360170812.772.7316 2701 043903.6122.857.1
IPE 400
4001808.613.584.4623 1301 3181 156146.466.3
IPE 450
4501909.414.698.8233 7401 6761 500176.477.6
IPE 500
50020010.216115.5248 2002 1421 928214.290.7
IPE 550
55021011.117.2134.4267 1202 6682 441254.1105.5
IPE 600
6002201219155.9892 0803 3873 069307.9122.4

About IPE profiles

IPE is a European standard rolled I-beam with narrow parallel flanges. The designation comes from the French "Poutrelle I à ailes Parallèles européen". Dimensions and tolerances are defined by EN 10365, material properties by EN 10025.

Narrow flanges (width b ≈ h/2) give IPE beams a high strength-to-weight ratio about the strong y-axis, but lower resistance to lateral-torsional buckling: long unsupported spans require bracing. Typical applications: floor and roof beams, lintels, main crane runway beams. For compression columns, wider-flange HEA or HEB sections are preferred.

Frequently asked questions

What does IPE stand for?
IPE stands for "Poutrelle I à ailes Parallèles européen" (French), meaning European I-beam with parallel flanges. It refers to the European standard hot-rolled profile.
What standard defines IPE profiles?
IPE profile dimensions and tolerances are defined by EN 10365. Material properties (structural steel S235, S275, S355, etc.) are covered by EN 10025. For design according to Eurocode 3, see EN 1993-1-1.
What is the difference between IPE and HEA?
IPE has narrow flanges (flange width ≈ half of depth), HEA has wide flanges (width ≈ depth). IPE is more efficient for strong-axis bending, HEA is more versatile and preferred for columns.
What is the smallest and largest IPE profile?
Smallest is IPE 80 (depth 80 mm, mass 6 kg/m), largest is IPE 600 (depth 600 mm, mass 122 kg/m).
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