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Wide Flange Steel Beams – W Shape / HEA & HEB

We Supply: ASTM A992 W-Shapes (USA Standard) & EN 10025 HEA/HEB (European Standard). This beam offers superior strength-to-weight ratio for structural frameworks, building columns, and heavy-load support. Ideal for commercial construction and industrial projects. Available in multiple dimensions with complete material certifications.
Certification: ISO, SGS
Surface: As-rolled, Shot Blasted, or Painted to Spec
Length: 6-12m or Customized
Transport Package: in Bundles with Steel Straps
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Wide Flange Beams Sizes
I Beam vs Wide Flange​
Project Spotlight
FAQ
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Wide Flange Beams Sizes | European-American Equivalent Chart

Common European sizes like HEA 100, HEB 100, and HEB 200 have direct American W-shape equivalents. This h section steel conversion guide helps engineers and buyers specify the correct materials for international projects.

European Shape Weight (kg/m) American W Shape Equivalent American Weight (lb/ft) Actual Size (H×B) mm
HEA 100 16.7 W4×13 13 102×101
HEA 120 19.9 W5×16 16 127×127
HEA 140 24.7 W6×20 20 152×152
HEA 160 30.4 W6×25 25 160×161
HEA 180 35.5 W8×24 24 181×181
HEA 200 42.3 W8×31 31 203×202
HEA 220 50.4 W8×35 35 216×203
HEA 240 60.3 W8×48 48 240×203
HEA 260 68.2 W10×45 45 257×203
HEA 280 76.4 W10×54 54 276×205
HEA 300 88.0 W12×58 58 305×205

Note: This is an engineering approximation guide for material specification. Dimensions and weights differ slightly between standards. Consult our engineers for critical applications.

hea steel beam ready for shipment.

I Beam vs Wide Flange​

At IBC Group, we provide both standard I-beams and Wide Flange (W-shaped) beams. The choice between them is crucial and depends on your specific structural requirements. The key distinction lies in the design of their flanges (the horizontal top and bottom parts), which dramatically affects their strength, stability, and application.

Geometry and Cross-Section Profile

The primary difference is visible in their cross-section. A standard I-beam has tapered, narrow flanges (the horizontal elements) that slope inward from the web (the vertical element).
A Wide Flange beam features parallel, broad, and thick flanges that extend perpendicularly from the web, giving it a broader, more robust "H" appearance.

Mechanical and Load-Bearing Properties

This geometry dictates performance. The classic I-beam is highly efficient for pure vertical bending along its strong axis. However, its narrow flanges offer less resistance to lateral forces, twisting, and buckling.
In contrast, the wider flanges of a Wide Flange beam provide a significantly higher moment of inertia on its weak axis, granting it superior multi-directional stability, torsional resistance, and overall load capacity, making it suitable for heavier, more complex loads.

Typical Structural Applications

I-beams are often specified for applications where the primary load is straightforward, vertical, and the beam is well-braced, such as in certain light-duty framing, platforms, or legacy structures.
Wide Flange beams are the modern standard for primary structural frameworks, including columns, long-span beams, and heavily loaded members in buildings and bridges, especially where stability under multi-directional stress is critical.
Project Spotlight: Industrial Warehouse Expansion

Project Overview:
This 12,000 sqm expansion was for a state-of-the-art e-commerce fulfillment center, where structural integrity was paramount. The primary framework utilized our ASTM A992 W-shape beams, selected specifically to meet two critical demands: supporting heavy mezzanine storage and, crucially, withstanding the constant dynamic loads generated by high-speed sorting machinery and automated guided vehicles (AGVs).

The Challenge:
The client faced a tight 6-month construction window. Delays in structural steel delivery, a common industry pain point, would have incurred massive penalties. They needed a supplier who could guarantee not only the material quality of steel H beams but also a reliable, just-in-time delivery schedule to keep the project on track.

Our Solution:
We supplied over 140 tons of high-strength ASTM A992 W-shape beams, primarily W8x31 and W12x53 sections, known for their excellent yield strength and weldability. Our in-house logistics team coordinated directly with the project manager, executing a phased delivery plan. This ensured that beams arrived exactly as needed for each construction phase, eliminating on-site storage issues and preventing workflow bottlenecks.

The Result & Value Delivered:
The project was completed a remarkable 2 weeks ahead of schedule. The consistent dimensional accuracy and superior quality of our H section steels minimized on-site fitting issues, accelerating steel erection. This early completion saved the client approximately 5% in overall project costs by avoiding potential liquidated damages and allowing an earlier operational date for their new facility.

FAQ

Find quick, reliable answers to the most common questions about our American standard wide flange beams and HP piles. If you don't see your question here, our team is ready to help.
01
Q1: Can you supply aluminum H-beams?
A: While our primary focus and expertise are in structural steel, we can source and provide aluminum H-beam profiles for specialized, non-structural, or lightweight applications. Please contact us with your specific requirements for a consultation.
02
Q2: What is the standard material for your wide flange beams?
A: Our standard wide flange beam is manufactured from ASTM A992, which offers a high minimum yield strength of 50,000 psi (345 MPa) and excellent weldability, making it the preferred choice for modern structural construction.
03
Q3: What is your typical lead time?
A: As a professional wide flange beam supplier, we maintain a significant stock of popular W-shape sizes, allowing for quick shipment. For standard sections, lead times can be as short as 7-14 days. Custom or large project orders are scheduled through our mill with lead times communicated upfront.
04
Q4: Can you provide custom lengths and fabrication?
A: Absolutely. Our integrated factory is equipped for cutting-to-length, drilling, and welding. We can provide ready-to-install components, which saves you time and labor costs on your job site.

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