H Beam Steel
H Beam Steel is a high-performance structural steel with an H-shaped cross-section, renowned for its excellent load-bearing capacity, uniform stress distribution and high structural stability. It is a core material widely used in building construction, bridge engineering, industrial steel structures, factory buildings and prefabricated construction projects worldwide.
Product Name | H-beam |
Grade | Q235B SM490 SS400 Q345B G300 G350 S275JR S355JR |
Standard | GB ASTM, JIS, SUS, DIN, EN etc |
Technique | Hot rolled/Cold rolled |
Size | Customized according to customer needs |
Application | Civil and Industrial Building Structures |
Package | Export standard packing or according to customers' requirement |
Shape | H |
Delivery time | About 5- 10 days |
Trade term | FOB CFR CIF EXW |
Payment | 30%T/T Advance + 70% Balance before shipment |
MOQ | 5 TONS |
Place of Origin | China |
Specification
Standard System | Model Series | Specific Model | Section Dimension (mm) | Common Material | Theoretical Weight (kg/m) | Application Scenario |
GB (GB/T 11263) | Narrow Flange (HN) | HN100×50 | 100×50×5×7 | Q235B, Q355B | 9.54 | Light Beams, Roof Supports |
|
| HN200×100 | 200×100×5.5×8 | Q235B, Q355B | 23.59 | Building Main Beams, Factory Purlins |
|
| HN300×150 | 300×150×6.5×9 | Q235B, Q355B | 43.81 | Large Factory Beams, Bridge Auxiliary Beams |
| Wide Flange (HW) | HW100×100 | 100×100×6×8 | Q235B, Q355B | 17.23 | Light Columns, Frame Supports |
|
| HW200×200 | 200×200×8×12 | Q235B, Q355B | 50.58 | Building Columns, Heavy Frames |
| Medium Flange (HM) | HM150×100 | 150×100×6×8 | Q235B, Q355B | 21.48 | Dual-purpose Beams/Columns, Small-Medium Structures |
|
| HM250×175 | 250×175×7×11 | Q235B, Q355B | 48.28 | Multi-story Building Beams/Columns, Industrial Equipment Bases |
EN (EN 10034) | Narrow Flange (HEA) | HEA100 | 100×100×5×8 | S235JR, S355JR | 16.70 | Light Building Beams, Indoor Structures |
|
| HEA200 | 200×200×6.5×10 | S235JR, S355JR | 35.50 | Factory Beams, Bridge Side Beams |
| Medium Flange (HEB) | HEB100 | 100×100×6×10 | S235JR, S355JR | 20.40 | Small-Medium Beams/Columns, Frame Structures |
|
| HEB200 | 200×200×8×12 | S235JR, S355JR | 45.80 | Building Columns, Heavy Beams |
| Wide Flange (HEM) | HEM100 | 100×106×8×12 | S235JR, S355JR | 25.20 | Heavy Equipment Supports, Large Columns |
ASTM (ASTM A36/A572) | W Series | W8×24 | 203×152×6.4×10.2 | ASTM A36, A572 | 35.70 | Light Building Beams, Residential Frames |
|
| W10×30 | 254×152×6.4×10.2 | ASTM A36, A572 | 44.70 | Multi-story Residential Beams, Industrial Platforms |
|
| W12×35 | 305×152×6.4×10.7 | ASTM A36, A572 | 52.20 | Commercial Building Beams, Bridge Auxiliary Structures |
|
| W14×34 | 356×152×6.4×9.7 | ASTM A36, A572 | 50.70 | Large Factory Beams, High-Rise Building Frames |
Notes:
1. The above specifications are high-inquiry models for foreign trade. Custom lengths are available (standard 6m/9m/12m, customizable 1-12m);
2. EN models comply with EU CBAM requirements, and ASTM models meet North American ASTM standards. Corresponding certifications (MTC, CE, SGS) are provided;
3. Theoretical weight is for reference only. Actual weight is subject to factory inspection. Galvanizing treatment adds approximately 5%-8% to the weight and needs to be specified separately.
1.What is I-beam steel?
An I-beam-or I beam-is a standard structural steel shape that serves as critical framework for the metal building industry for a range of constructions. For instance, I-beams go into building bridges, parking garages, skyscrapers, hospitals and much more.
2.Which is stronger, an I or H-beam?
Though I-beams can prevent local buckling, they will not be able to handle the same force as an H-beam due to their lighter design. Overall, the title of "Stronger Beam" goes to H-beams. An H-beam's durability comes from its strength-to-weight ratio in the cross-section.
3.What is ismb in steel?
Indian Standard Medium Beam (ISMB) is a commonly used structural steel section in modern construction. It is one of the strongest, toughest, and most load-efficient structures available in the market.
4.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.
5.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.