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HEB European Wide Flange Beams

May 27, 2025 Leave a message

What is heb in beam?

 

An HEB beam is a type of steel beam commonly used in the construction industry and mechanical engineering. The name "HEB" comes from the European designation for wide flange beams – "H" stands for wide flange (also known as "wide flange" in English), "E" stands for European, and "B" stands for beam.

 

What is the difference between IPE and HEB beams?

 

The main difference between H-beam and I-beam is that the web of H-beam is much thicker than that of I-beam. The thicker the web, the stronger the beam is and has a higher load-bearing capacity. Under the same structural support, the amount of H-beam can be less than that of I-beam.

 

What is the difference between HEA and HEB?

 

HEA Profiles: These are designed to be lighter with thinner flanges and webs. The reduced weight makes HEA profiles suitable for applications where minimizing the overall weight of the structure is essential. HEB Profiles: These are heavier with thicker flanges and webs.

 

What does HEB stand for in construction?

 

HEB (IPB) - European Wide Flange Beams tolerances are characterized through EN 10034: 1993. The intermediate variant of H beam steel. Compared to the HEA beam, the HEB beam has a greater load capacity and the flange is somewhat heavier and wider than in the HEA beam.

 

Item Weight (kg/m) Height (mm) Flange width (mm) Web thickness (mm) Flange thickness (mm)
HEB100 20.8 100 100 6 10
HEB120 27.3 120 120 6.5 11
HEB140 34.4 140 140 7 12
HEB160 43.5 160 160 8 13
HEB180 52.2 180 180 8.5 14
HEB200 62.5 200 200 9 15
HEB220 72.9 220 220 9.5 16
HEB240 84.8 240 240 10 17
HEB260 94.8 260 260 10 17.5
HEB280 105 280 280 10.5 18
HEB300 119.3 300 300 11 19
HEB320 129.5 320 300 11.5 20.5
HEB340 136.6 340 300 12 21.5
HEB360 144.8 360 300 12.5 22.5
HEB400 158 400 300 13.5 24
HEB450 174.3 450 300 14 26
HEB500 190 500 300 14.5 28
HEB550 202.8 550 300 15 29
HEB600 216.1 600 300 15.5 29

 

h beam steel structure

 

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