What is the difference between HEA h type beam and IPE beam steel?

1. Cross-Section Design

2. Mechanical properties
(1) Bending strength
HEA h beam structure is stronger: wider flanges provide higher moments of inertia, making it ideal for long span structures (e.g. beams in industrial plants).

(2) Axial load (compression)
HEA h type beam is better: thicker web and flanges resist buckling, suitable for columns.
IPE h beam steel structure is less effective: narrow flanges require stiffeners or larger cross-sections when subjected to high compression forces.

(3) Shear strength
HEA steel beam h is better: thicker webs can withstand shear forces (e.g. near supports).
IPE may need reinforcement under concentrated loads.

(4) Weight and cost
IPE h steel profile is lighter: about 15-30% lighter than HEA of the same height (more economical for light load applications).
HEA steel beam is heavier but stronger: higher load capacity per unit length.

3. Applications

4. Standard Dimensions (Example: 200mm Height)

5. Key Selection Criteria

Choose HEA if:

High loads/long spans (e.g., warehouse beams).

Compression-dominated (e.g., building columns).

Dynamic or cyclic loads (e.g., crane rails).

Choose IPE if:

Lightweight design is priority (e.g., residential steel frames).

Short spans/low costs (e.g., secondary beams).

Easy installation (standardized sections).

6. Additional Notes

Corrosion Protection: HEA's larger surface area may require more coating.

Connections: IPE's tapered flanges may need special fittings (e.g., shim plates).

Standards:

Europe: EN 10025 (material), EN 10365 (dimensions).

China: GB/T 11263 (H-beams), GB/T 706 (I-beams).

GNEE is an H beam supplier with 18 years of production experience. The h type beam we provide is strictly produced in accordance with standards, has passed quality certification, can provide quality certificates, and accept third-party testing. We are always ready to help you with all your structural h beam needs.