Produced directly by professional steel manufacturers, this universal H beam features a core 100×50mm size, with a full range of 120×60mm to 900×300mm (height×flange width), web thickness 4–22mm, flange thickness 6–38mm, and customizable lengths 6–14m. Compliant with ASTM A36 (250MPa yield) and A992 (345MPa yield) standards, it delivers tensile strength 400–650MPa, ideal for welding-intensive projects like factory frames, equipment bases, and warehouse racks. Hot rolling ensures uniform grain structure and precise dimensional accuracy, enabling seamless MIG/TIG/arc welding without preheating. The optimized H-shape distributes dynamic loads evenly, resisting bending and vibration. Factory-direct pricing eliminates middleman margins, making it a cost-effective choice for bulk industrial procurement.
ASTM A36 S235jr S275jr S355jr Wide Flange HEA/HEB/IPE H Beam Hot Rolled for Construction Projects
This multi-grade structural H beam integrates ASTM A36, S235jr (235MPa yield), S275jr (275MPa yield), and S355jr (355MPa yield) steel, covering full European HEA (light), HEB (heavy), and IPE sections with sizes 150×75mm to 1000×300mm and lengths 6–12m. Designed for high-rise building frames, bridge supports, and prefabricated workshops, it offers flexible load-bearing solutions: S235jr for light components, S355jr for heavy-duty columns. Hot rolling enhances ductility (elongation ≥21%) and impact resistance, with the wide flange design maximizing span capability to eliminate intermediate columns. Compliant with EN 10025 and ASTM standards, it delivers consistent performance across residential, commercial, and civil engineering projects, with excellent weldability for modular assembly.
High Strength Q235B Structural Steel Professional Hot Rolled Wide Flange H Beam for Heavy-Duty Supports
Crafted from Q235B carbon steel (235MPa yield strength, 375–500MPa tensile strength), this wide flange H beam features sizes 200×100mm to 1000×300mm, web thickness 6–25mm, flange thickness 10–45mm, and lengths 6–14m. Engineered for heavy-industry applications like crane runways, metallurgical equipment bases, and high-load warehouse frames, its wide flange design optimizes load distribution, minimizing structural deflection under extreme pressure. Hot rolling ensures smooth surface finish and uniform mechanical properties, with excellent weldability and workability for precision cutting and drilling. Compliant with GB/T 700 standards, it balances cost-efficiency and durability, making it a reliable choice for construction projects requiring stable, long-term load-bearing performance.
Manufacturer Hot Rolled 150mm H Beam Steel ASTM A36 A572 Welding Universal H Beam for Infrastructure
This manufacturer-grade H beam features a core 150×75mm size, extending to 800×300mm, with web thickness 5–20mm, flange thickness 8–35mm, and lengths 6–14m, compliant with ASTM A36 and A572 Grade 50 (345MPa yield) standards. Designed for highway guardrails, railway station frames, and small bridge piers, it delivers tensile strength 450–650MPa and excellent fatigue resistance, withstanding cyclic traffic loads. Hot rolling enhances material toughness, while the universal design supports seamless welding to concrete and steel reinforcements. Factory customization offers non-standard lengths for infrastructure tender projects, with strict quality control meeting civil engineering safety benchmarks. It is a cost-efficient solution for government and private infrastructure developments.
ASTM A36 S355j2 S355nl Wide Flange HEA/HEB H Beam Hot Rolled for Low-Temperature Construction
This low-temperature-resistant H beam integrates ASTM A36, S355j2 (355MPa yield, -20°C impact resistance), and S355nl (355MPa yield, normalized for toughness) steel, covering HEA/HEB sections with sizes 200×100mm to 900×300mm and lengths 6–12m. Tailored for construction in cold regions-including northern bridge projects, outdoor industrial plants, and Arctic warehouse frames-it resists brittle fracture in extreme low temperatures. The wide flange design maximizes load-bearing capacity, while hot rolling ensures uniform grain structure and weldability. Compliant with EN 10025-2 standards, it delivers stable performance in harsh climates, making it a top choice for projects requiring low-temperature structural integrity.
