This commercial-grade H beam integrates ASTM A36 (250MPa yield), S275jr (275MPa yield), and Q345 (345MPa yield) grades, with wide flange IPE sizes 180×94mm to 800×300mm, web thickness 6–22mm, flange thickness 10–40mm, and lengths 6–12m. Welded construction enhances structural stability for shopping mall frames and office building supports, while hot rolling delivers smooth surface finish to reduce secondary processing. The wide flange design maximizes interior space by supporting long spans without intermediate columns. It offers excellent ductility to absorb seismic forces, with optional galvanizing for facade corrosion protection. Compliant with global standards, it balances aesthetic appeal and performance for modern commercial architecture.
Q235 Q355 Structural H Beam Hot Rolled Universal Steel for Residential & Light Industrial Frames
Engineered for light-to-medium load applications, this H beam uses Q235 (235MPa yield) and Q355 (355MPa yield) carbon steel, with sizes 100×50mm to 600×200mm, web thickness 4–18mm, flange thickness 6–30mm, and lengths 6–10m. Hot rolling ensures uniform mechanical properties and good weldability, making it ideal for residential steel frames, mezzanines, and small workshop supports. The H-shaped profile minimizes material waste while maintaining load-bearing capacity, lowering project costs. It meets GB/T 1591 standards, with a recyclable carbon steel composition aligning with eco-friendly building practices. Optional galvanizing provides rust protection for outdoor installations, making it a versatile choice for small-scale construction projects.
ASTM A36 S235jr S275jr SS400 Wide Flange HEA/HEB/IPE H Beam Hot Rolled Welded Universal Steel
This universal H beam complies with ASTM, EN, and JIS standards, integrating ASTM A36 (250MPa yield), S235jr (235MPa yield), S275jr (275MPa yield), and SS400 (235MPa yield) grades. It covers European HEA/HEB/IPE sections, with sizes ranging from 150×75mm to 1000×300mm (height×flange width), web thickness 5–25mm, flange thickness 8–45mm, and customizable lengths 6–14m. Hot rolling ensures uniform grain structure and precise dimensional accuracy, while welded construction enhances joint strength for heavy-duty steel structures. The wide flange design maximizes load-bearing capacity, supporting long spans to eliminate intermediate columns. With excellent weldability and ductility (elongation ≥21%), it is ideal for warehouses, commercial building frames, and industrial workshops, meeting global structural safety benchmarks.
ASTM A36 S235jr S275jr S355 Q235 Q345 Wide Flange HEA/HEB/IPE H Beam Hot Rolled Welded Universal Steel
Engineered for versatile structural applications, this H beam combines ASTM A36 (250MPa yield), S235jr, S275jr, S355 (355MPa yield), Q235 (235MPa yield), and Q345 (345MPa yield) grades, covering full HEA/HEB/IPE European sections with sizes 120×60mm to 900×300mm and lengths 6–12m. Welded joints ensure structural integrity, while hot rolling delivers smooth surface finish and superior impact resistance. The wide flange profile optimizes load distribution, resisting bending and buckling for bridges, high-rise building frames, and heavy industrial supports. It offers flexible material grading: Q235/S235jr for light loads, S355/Q345 for heavy-duty use. Compliant with international standards, it balances cost-efficiency and performance for global construction projects.
Q235 Q345 Structural H Beam Hot Rolled Universal Steel for Industrial & Civil Construction
Crafted from Q235 (235MPa yield) and Q345 (345MPa yield) carbon steel, this structural H beam features sizes 100×50mm to 800×300mm, web thickness 4–22mm, flange thickness 6–40mm, and lengths 6–10m. Hot rolling enhances material toughness and workability, enabling easy cutting, drilling, and welding for residential frames, workshop supports, and infrastructure projects. The H-shaped cross-section distributes static and dynamic loads evenly, minimizing structural deformation under wind or seismic forces. Cost-effective and durable, it meets GB/T 700 standards, with optional hot-dip galvanizing for corrosion resistance in humid environments. It is a go-to choice for cost-sensitive projects requiring reliable load-bearing performance.
