Manufactured from SS400 and S235jr mild carbon steel, this wide flange H beam includes HEA, HEB, and IPE European sections. Sizes range from 100×50 mm to 800×300 mm with standard lengths 6, 9, and 12 meters. Hot rolling ensures uniform internal structure, high dimensional accuracy, and stable mechanical properties. The wide flange design improves load-bearing capacity and stability, making it suitable for multi‑story buildings, warehouses, and steel structures. It features excellent weldability, machinability, and durability for long‑term service. Widely used in construction, engineering, and prefabricated buildings, this product meets international standards and provides reliable performance for various structural applications.
ASTM A283 Q235 Q345 H Beam Channel Steel Angle Steel Structural Components
This series includes H beams, channel steel, and angle steel made from ASTM A283, Q235, and Q345 carbon steel. H beam dimensions range from 120×60 mm to 700×300 mm with various web and flange thicknesses. The material offers good strength, toughness, and processing performance for structural assembly. These profiles are often used together to form frames, supports, brackets, and foundations for buildings and machinery. Stable dimensions and consistent quality ensure convenient construction and reliable connection. Suitable for industrial plants, warehouses, commercial buildings, and equipment structures, this product provides a complete and economical solution for structural steel projects.
ASTM A36 S235jr S275jr SS400 Wide Flange HEA/HEB/IPE Hot Rolled Universal H Beams
This universal wide flange H beam is manufactured from high-quality carbon steel grades including ASTM A36, S235jr, S275jr, and SS400. It covers European standard sections such as HEA, HEB, and IPE with sizes ranging from 100×50 mm to 900×300 mm and lengths from 6 to 14 meters. Hot rolled production ensures stable mechanical properties, uniform structure, and high dimensional accuracy. The wide flange design provides strong bending resistance and high load-bearing capacity, suitable for building frames, columns, and support structures. Good weldability and machinability allow easy cutting, drilling, and assembly on site. It is widely used in steel structures, warehouses, commercial buildings, and industrial facilities, meeting international construction standards with reliable performance and cost efficiency.
Hot Rolled Structural Steel Q235 Q355B ASTM A36 I Beam & H Beam Carbon Steel
This hot rolled structural product includes both H beams and I beams made from Q235, Q355B, and ASTM A36 carbon steel. Sizes range from 100×50 mm up to 1000×300 mm with customizable lengths of 6–12 meters. It offers yield strength from 235 MPa to 355 MPa and excellent tensile strength for structural safety. The hot rolling process improves toughness and durability, making the beams ideal for multi‑story buildings, bridges, workshops, and infrastructure projects. H beams perform well in vertical load-bearing, while I beams are suitable for horizontal supports and roof trusses. With stable quality, easy processing, and strong compatibility with other steel components, this product is widely applied in general construction and engineering projects worldwide.
H Shape Beam U Channel Steel Angle I Beam ASTM A283 Q235 Q345 Carbon Steel Plate
This structural product series includes H beams, U channels, angle steel, and I beams made from ASTM A283, Q235, and Q345 carbon steel. H beam sizes range from 120×60 mm to 800×300 mm with various thicknesses of web and flange to meet different load requirements. The material features moderate strength, good ductility, and excellent welding performance, suitable for frame structures, support systems, and combined steel components. These profiles can be matched with carbon steel plates to form complete structural parts for buildings, warehouses, and mechanical equipment bases. Stable dimensions and consistent mechanical properties ensure reliable performance during installation and use. It is a cost-effective solution for general construction and structural fabrication.
