Our hot rolled H section steel includes full sizes under JIS G3192 SS400, S235JR, S275JR and S355JR grades, made from high‑quality mild carbon steel. It features stable mechanical properties, good toughness and long service life for versatile structural uses. Standardized profiles ensure high compatibility with global engineering designs. Accurate dimensions and uniform thickness guarantee easy processing and installation. Widely applied in building frames, bridges, transmission towers, machinery bases and industrial facilities. Strict production inspection ensures consistent quality and compliance with international standards. We provide wholesale pricing, large inventory and timely global delivery.
Premium Low‑Carbon H Beam Steel for Light Steel Structure Villas and Residential Building Framing Systems
This premium low‑carbon H beam steel is ideal for light steel structure villas and modern residential framing systems. It features lightweight yet high‑rigidity performance, excellent seismic resistance and environmental protection characteristics. Customizable sections and lengths adapt to various modular residential designs. Outstanding formability and weldability improve assembly efficiency and reduce construction costs. Made from low‑carbon alloy steel, it offers stable durability and long service life for residential use. Suitable for light steel villas, prefab homes, rural housing and multi‑storey residential buildings. We support customized production, strict quality management and cost‑effective factory supply.
Universal H Beam American & European Standard HEB 400 HEA 150 S355 Carbon Steel Hot Rolled I H Beam
Our universal I H beam meets both American and European standards, covering HEB 400, HEA 150 sections and S355 high‑strength carbon steel. It integrates the advantages of global standard profiles, providing excellent load capacity, structural efficiency and construction convenience. Advanced hot rolling ensures compact structure, accurate tolerance and smooth surface. High toughness, fatigue resistance and strong deformation stability make it suitable for high‑rise buildings, bridges, industrial plants and large infrastructure. Strict testing ensures compliance with US and EU construction codes. We provide full specification options, bulk stock and professional global logistics services.
American Standard H Beam HEB900*300 European Standard H Steel S355JR H Carbon Steel I-Beam
Our H beam supports both American standard specifications and European standard sections including HEB900*300, made from high‑performance S355JR carbon structural steel. It combines the dimensional advantages of European H‑profile with the strength of high‑grade alloy carbon steel, delivering excellent load capacity, toughness and impact resistance. Advanced hot rolling ensures precise dimensions, uniform thickness and stable mechanical properties. Suitable for high‑rise buildings, industrial plants, bridge structures and heavy‑duty steel frames. It features outstanding weldability, easy assembly and strong compatibility with global engineering projects. Strict quality inspection ensures compliance with US and EU standards. We provide full sizes, bulk stock and efficient global delivery.
High Quality Iron Mild Steel H-Beams Sizes JIS G3192 SS400 HEA100 S235 S275 S355 Hot Rolled Carbon Steel H Beams
These high‑quality mild steel H‑beams are produced in full compliance with JIS G3192, covering SS400, HEA100 and graded S235, S275, S355 carbon steel. A complete range of sectional sizes is available to meet Japanese, European and international structural requirements. Manufactured via advanced hot rolling, it features smooth surface, accurate tolerance and consistent mechanical performance. High structural strength, good plasticity and durable service life make it widely used in construction, machinery, warehouses and infrastructure. Excellent processing performance allows convenient cutting, welding and installation. We supply factory direct products with competitive pricing, complete certificates and fast logistics for worldwide customers.
