IPE 160 weight and dimensions

15.77 kg/m · 10.60 lb/ft

IPE 160 is a 160 mm deep beam with a 82 mm flange, 5 mm web and 7.4 mm flange thickness. It weighs 15.77 kg per metre (10.60 lb/ft). It belongs to the IPE European I-beam series, European (EN).

IPE 160 weight calculator

Total weight
—

Weight of standard lengths

Pieces6 m each (kg)12 m each (kg)
194.6189.2
5473.1946.2
10946.21,892.4
201,892.43,784.8
504,731.09,462.0

Pieces per tonne

6 m lengths per metric tonne10.6
12 m lengths per metric tonne5.3
Length per tonne63.4 m

Useful for converting a tonnage order into a number of bars.

Surface area for painting

Per metre of length0.623 m²/m
Per foot of length2.04 ft²/ft
Per tonne of steel39.5 m²/t
A 12 m length7.47 m²

Outside perimeter × length, all faces, calculated from the dimensions. Use it to estimate paint, primer, fireproofing or galvanizing quantities.

Cross-section

IPE 160 cross-section, drawn to scaleh 160b 82tw 5tf 7.4r 9

Drawn to scale. Dimensions in mm.

Dimensions

Depth h 160 mm 6.299 in
Flange width b 82 mm 3.228 in
Web thickness tw 5 mm 0.197 in
Flange thickness tf 7.4 mm 0.291 in
Root radius r 9 mm 0.354 in
Mass15.77 kg/m10.60 lb/ft

Section properties

PropertyValueUnit
Area20.09cm²
Moment of inertia Ix869cm⁴
Moment of inertia Iy68.30cm⁴
Elastic modulus Zx109cm³
Elastic modulus Zy16.66cm³
Radius of gyration rx6.58cm
Radius of gyration ry1.84cm

Equivalent sections in other standards

The closest sections by depth and weight. They are not direct substitutes: check bending, buckling and connection details before swapping one for another.

Overlay of IPE 160, ISMB 150, ISWB 150, W6x12, drawn to the same scaleIPE 160ISMB 150ISWB 150W6x12IPE 160 — 15.77 kg/mISMB 150 — 14.96 kg/mISWB 150 — 17 kg/mW6x12 — 18 kg/m

IPE 160 and its closest equivalents, drawn over each other at the same scale.

SectionStandardDepth (mm)kg/mWeight vs IPE 160
IPE 160EN16015.77—
ISMB 150 IS 150 14.96 -5.1%
ISWB 150 IS 150 17.00 +7.8%
W6x12 AISC 153 18.00 +14.1%
W6x9 AISC 150 13.50 -14.4%

IPE series weights

061122 IPE 80: 6 kg/m 80 IPE 100: 8.1 kg/m 100 IPE 120: 10.37 kg/m 120 IPE 140: 12.89 kg/m 140 IPE 160: 15.77 kg/m 160 IPE 180: 18.8 kg/m 180 IPE 200: 22.36 kg/m 200 IPE 220: 26.2 kg/m 220 IPE 240: 30.71 kg/m 240 IPE 270: 36.07 kg/m 270 IPE 300: 42.24 kg/m 300 IPE 330: 49.15 kg/m 330 IPE 360: 57.09 kg/m 360 IPE 400: 66.3 kg/m 400 IPE 450: 77.57 kg/m 450 IPE 500: 90.68 kg/m 500 IPE 550: 105.52 kg/m 550 IPE 600: 122.45 kg/m 600 kg/m

Next lighter: IPE 140 (12.89 kg/m). Next heavier: IPE 180 (18.8 kg/m).

Stiffness and strength per kilogram

The elastic section modulus Zx governs bending strength. Dividing it by the weight shows how efficiently each size uses its steel: higher is better when weight is the cost driver.

Sectionkg/mIx (cm⁴)Zx (cm³)Zx per kg/m
IPE 100 8.1017134.2 4.22
IPE 120 10.3731852.9 5.11
IPE 140 12.8954177.3 6.00
IPE 160 15.77869108.7 6.89
IPE 180 18.801,317146.3 7.78
IPE 200 22.361,943194.3 8.69
IPE 220 26.202,772252.0 9.62

Full table: IPE beam weight chart (PDF).

How the weight is calculated

Mass per metre = cross-sectional area × density of steel = 20.09 cm² × 0.785 kg/(cm²·m) = 15.77 kg/m.

Rolled sections are made to a nominal mass, and the actual mass can differ by a few percent within the tolerances of EN 10034 (I and H sections) or EN 10279 (channels). For purchasing, invoicing by weight or checking deliveries, use the producer's stated mass.

Typical uses

Beams of this shape are used as floor and roof beams, lintels, crane girders and frame members, where bending about the strong axis governs.

Steel I-beams being erected as bridge girders over a highway
Photo: MassDOT, Wikimedia Commons, public domain.

Frequently asked questions

What is the weight of IPE 160 per metre?

IPE 160 weighs 15.77 kg/m, which is 10.60 lb/ft.

How much does a 6 m or 12 m length of IPE 160 weigh?

A 6 m length weighs about 94.6 kg and a 12 m length about 189.2 kg.

What is the equivalent of IPE 160 in other standards?

By depth and weight the closest match is ISMB 150 (14.96 kg/m, 150 mm deep). Check section properties before substituting one for the other.

Source: EN 10365. Values are nominal; verify with the producer before ordering.