Designed for heavy infrastructure, this wide-flange H beam adheres to ASTM A36 and SS400 standards, with sizes 200×100mm–1000×300mm, web thickness 8–25mm, flange thickness 12–50mm, and lengths 6–14m. The wide flange design distributes load evenly, delivering a yield strength of 235–250MPa and tensile strength 400–550MPa. It excels in bridge beams, crane supports, and industrial machinery bases, resisting dynamic and static loads. Hot rolling ensures uniform material structure, boosting durability and impact resistance. Easy to weld and fabricate, it simplifies on-site assembly, while the corrosion-resistant surface (optional galvanizing) suits harsh outdoor conditions. Cost-effective for large-scale projects, it reduces material waste and long-term maintenance expenses.
China Structural Steel Hot Rolled Q355b S355jr H Beam HEA/HEB Sections
This structural H beam from China features Q355b (GB/T 1591) and S355jr (EN 10025) grades, covering HEA (light) and HEB (heavy) sections, with sizes 100×50mm–800×300mm, web thickness 5–22mm, flange thickness 8–40mm, and lengths 6–12m. Q355b and S355jr (both 355MPa yield) offer high strength and ductility, suitable for commercial buildings, industrial plants, and infrastructure. Hot rolling ensures precise dimensions and smooth surface finish, reducing secondary processing needs. The standardized HEA/HEB profiles simplify integration with global structural systems, while the carbon steel material is 100% recyclable. Reliable and cost-competitive, it meets international quality standards, making it a trusted choice for cross-border construction projects.
Hot Rolled Galvanized Q235B Q355b H Beam 150X75 300X150 for Residential Steel Frames
Tailored for residential and light commercial use, this H beam offers Q235B and Q355b grades, with popular sizes 150×75mm and 300×150mm, plus ranges 100×50mm–600×200mm, lengths 6–10m. Hot-dip galvanizing provides corrosion protection for indoor/outdoor frames, extending service life. Q235B (235MPa yield) is cost-effective for non-critical parts, while Q355b (355MPa yield) ensures structural stability for load-bearing components. The lightweight design reduces structural load on foundations, while the H-shape enhances stability and resistance to buckling. Excellent weldability allows flexible customization for staircases, mezzanines, and residential steel frames. Easy to install and maintain, it balances performance, affordability, and aesthetics for modern residential construction.
Prime 200mm Grade Q355b Hot Rolled Galvanized Carbon Steel H Beam for Steel Structures
This prime-quality H beam features Q355b grade (EN 10025-2 standard) with a core 200mm height, size range 100×50mm–1000×300mm (height×flange width), web thickness 5–22mm, flange thickness 8–45mm, and custom lengths 6–12m. Hot rolling ensures uniform grain structure, while hot-dip galvanizing meets EN ISO 1461 for superior corrosion resistance. Q355b delivers a yield strength of 355MPa and tensile strength 470–630MPa, offering excellent load-bearing capacity for industrial frames, warehouses, and bridges. It boasts strong weldability and ductility, enabling seamless assembly with standard welding methods. Lightweight yet durable, it reduces transportation/installation costs, requires minimal maintenance, and aligns with eco-friendly practices via 100% recyclability-ideal for high-performance steel structure projects.
High Quality ASTM A572 Grade 50 S355 Hot Rolled Galvanized Universal H Beam for Building Structures
Compliant with ASTM A572 Grade 50 and EN S355 standards, this universal H beam covers HEA/HEB/IPE sections, with sizes 150×75mm–900×300mm, web thickness 6–25mm, flange thickness 10–40mm, and lengths 6–14m. ASTM A572 Grade 50 (345MPa yield) and S355 (355MPa yield) provide high strength and ductility, resisting bending and torsional forces in commercial buildings and prefabricated workshops. Hot rolling enhances surface finish and material density, while galvanizing protects against moisture and rust for indoor/outdoor use. It offers excellent workability, allowing easy cutting, drilling, and fabrication, accelerating construction timelines. Cost-effective and reliable, it supports long spans, eliminates intermediate columns, and meets strict structural safety standards.
