Compliant with ASTM A36 and SS400 standards, this H beam features key sizes HEA 200 and HEB 300, plus a range of 240mm, 360mm, 600mm (height) with web thickness 8–25mm, flange thickness 12–50mm, and lengths 6–14m. Hot rolling enhances material density and impact resistance, delivering tensile strength 400–510MPa for bridge supports and infrastructure projects. The wide flange design distributes dynamic traffic loads evenly, while its carbon steel composition ensures durability in harsh outdoor environments. Optional galvanizing provides corrosion protection, extending service life. Easy to weld and fabricate, it meets strict bridge safety standards, making it a reliable choice for large-scale civil engineering projects.
High Strength S235jr S355jr HEA/HEB H Beam Hot Rolled Galvanized for Commercial Steel Structures
This high-strength H beam uses S235jr (235MPa yield) and S355jr (355MPa yield) grades, covering HEA/HEB sections with sizes 150×150mm–800×300mm and lengths 6–12m. Hot-dip galvanizing meets EN ISO 1461 for corrosion resistance, ideal for commercial buildings, shopping malls, and office steel frames. Hot rolling ensures uniform structure and excellent ductility, allowing the beam to absorb seismic forces in high-risk areas. The optimized cross-section reduces material waste while maximizing load-bearing capacity, supporting long spans to eliminate intermediate columns. Cost-effective and low-maintenance, it aligns with sustainable construction practices and meets European structural standards for quality.
Customized Welded Carbon Steel H Beam Standard Specification for Retaining Wall Construction
Tailored for retaining wall projects, this welded H beam follows strict construction specifications, with customizable sizes 120×60mm–700×250mm and lengths 6–10m. Made of Q235B/Q355B carbon steel, it offers yield strength 235–355MPa to resist lateral soil pressure. Welded joints ensure structural integrity, while customization includes cutting to exact lengths and drilling for concrete anchoring. The beam's H-shape efficiently transfers loads to foundations, preventing slope erosion and wall deformation. Excellent weldability allows connection to steel reinforcements, and optional galvanizing provides corrosion protection in moist underground environments. Factory-direct customization ensures project-specific performance, making it ideal for infrastructure and foundation construction.
ASTM A572 Grade 50 HEA/IPE H Beam Hot Rolled Galvanized Universal Steel for Prefabricated Warehouses
Designed for prefabricated warehouses, this H beam complies with ASTM A572 Grade 50 standards (345MPa yield) and covers HEA/IPE sections with sizes 200×100mm–900×300mm and lengths 6–12m. Hot-dip galvanizing provides long-lasting corrosion resistance, suitable for outdoor storage facilities. The wide flange design enhances load-bearing capacity, supporting heavy cargo racks and large-span roofs. Hot rolling ensures precise dimensions, simplifying modular prefabrication and on-site assembly. It offers superior weldability and workability, accelerating construction timelines, while its high strength-to-weight ratio reduces transportation costs. Cost-effective and durable, it meets global prefabrication standards, making it a top choice for fast-track warehouse construction projects.
ASTM A36 Hot Rolled Carbon Steel H Beam HEA 200 HEB 260 220/300/450 for Structural Projects
This structural H beam complies with ASTM A36 standards, featuring core sizes HEA 200, HEB 260, and a full range of 220mm, 300mm, 450mm (height) with flange widths 100–300mm, web thickness 6–25mm, flange thickness 10–45mm, and lengths 6–14m. Hot rolling ensures uniform grain structure, delivering a yield strength of 250MPa and tensile strength 400–550MPa for stable load-bearing. The beam's optimized cross-section enhances bending resistance, making it ideal for industrial frames, bridges, and high-rise building supports. Excellent weldability and workability simplify on-site assembly, while its carbon steel composition is 100% recyclable. Cost-effective and durable, it meets global structural standards for reliability in large-scale construction projects.
