H Beam I Beam Hot Rolled/Cold Rolled Carbon Steel H Steel Beam

Oct 27, 2025

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GBT706-2016Hot-Rolled-H-Beam.pdf

Product

H Steel Beam

Grade

Q235,Q235B,Q345,Q345B,SS400, A36

Standard

ASTM,BS,GB,JIS,etc

Height 100~630mm

Web Width

80~900mm

Flange Width

50~300mm

Web Thickness

5~16mm

Flange Thickness

7~60mm

Technique

Hot Rolled

Surface treatment Bare, black,galvanized,coated,painted or as your request

Delivery Time

7-21 days after receive the deposit

Application

1)Used for beams, bridges, transmission towers, etc.

2) For engineering construction

3)For steel structure engineering

4)For automotive parts manufacturing

Shipping

1)Shipping by containers

2)Shipping by bulk ship

Advantage Small MOQ + Superior quality + Competitive price + Fast delivery

 

 info-533-494info-534-489

 

1.What is I-beam steel?

I beam is a shape of structural steel used in buildings and it is also known as H, W, wide, universal beam, or rolled joist. They are designed to play a key role as a support member in structures.

 

2.Are I-beams steel or iron?

structural steel

I beams are mostly made from structural steel, although other metals such as aluminium, stainless steel and carbon steel (mild steel) can be used. People can buy steel I beams online in various sizes and specifications, where they have the option to determine web thickness, flange length and section depth.

 

3.Why is it called an I-beam?

Their name comes from their distinctive cross-sectional shape, which resembles the letter "I" or "H." Each beam features horizontal elements called flanges and a vertical element known as a web, enabling the I-beam to handle various types of loads effectively.

 

4.Why is the I-beam so strong?

I-beam is stronger in bending than H-beam because its flanges provide resistance against the load and support each other when the beam bends. The flanges of an H-beam don't have this advantage, so they tend to buckle under high loads and fail more easily under bending stress.

 

5.Can I-beams rust?

For example, if there are too many gaps in a foundation's design, it can allow moisture to reach the steel beams, increasing the rate of corrosion. Similarly, bolts tend to rust where welding does not, meaning that if steel beams are installed solely with bolts, the beams will corrode more quickly.