This product line covers the HEB (wide flange) series, with sizes ranging from HEB 160 (height 160mm, flange width 160mm) to HEB 600 (height 600mm, flange width 300mm). Flange thickness varies from 10mm (HEB 160) to 32mm (HEB 600), and web thickness from 6.5mm to 19mm, catering to light-to-heavy load needs. It is available in multiple material grades: ASTM A36 (tensile strength 400-550MPa), S235JR (yield strength ≥235MPa), S355JR (yield strength ≥355MPa), and SS400 (tensile strength 400-510MPa), allowing selection based on project requirements. The wide flange design boosts bending resistance, making it perfect for bridge decks, industrial frames, and high-rise columns. As universal beams, they fit global construction standards, eliminating compatibility issues for international projects.
Wholesale Hot Rolled Carbon H Beam W14X90 Hot Rolled Mild Steel H-Beam with Bending & Welding Fabrication Services
Specified as W14X90, this H-beam has a nominal depth of 14 inches (355.6mm), weight of 90 lbs/ft (134kg/m), flange width 8.06 inches (204.7mm), flange thickness 0.860 inches (21.8mm), and web thickness 0.515 inches (13.1mm). Made of mild carbon steel (S235JR equivalent), it offers high ductility-able to bend slightly under dynamic loads (e.g., machinery vibrations) without failure. The wholesale model supports large orders (100+ units) with competitive pricing, while on-site bending (angles up to 90°) and welding fabrication services create custom shapes (e.g., L-brackets or truss components) to meet unique structural designs. Its performance suits heavy-duty applications like factory crane beams, warehouse mezzanines, and power plant supports, where pre-fabrication reduces on-site labor time.
ASTM A36 S275JR SS400 Narrow Flange Structural Hot Rolled Universal Steel H Beams (IPE 80-IPE 400 Series)
Focused on lightweight, space-saving projects, this line uses the IPE (narrow flange) series, with sizes from IPE 80 (height 80mm, flange width 46mm) to IPE 400 (height 400mm, flange width 180mm). Flange thickness ranges from 5.2mm (IPE 80) to 15.5mm (IPE 400), and web thickness from 3.8mm to 10.5mm, optimizing material efficiency. Materials include ASTM A36 (cost-effective for light loads), S275JR (yield strength ≥275MPa for medium loads), and SS400 (versatile for general construction). The narrow flange design is ideal for tight spaces, such as residential interior partitions, retail store frames, and small workshop supports. As universal beams, they comply with EU (IPE standard) and Asian (SS400) norms, suitable for regional construction needs.
Wholesale Hot Rolled Carbon H Beam W8X31 Hot Rolled Mild Steel H-Beam with Precision Cutting & Anti-Rust Painting Services
With a W8X31 specification, this H-beam has a nominal depth of 8.11 inches (206mm), weight of 31 lbs/ft (46kg/m), flange width 5.27 inches (133.9mm), flange thickness 0.435 inches (11.0mm), and web thickness 0.285 inches (7.2mm). It is made of mild carbon steel (ASTM A36 grade, tensile strength 400-550MPa), perfect for light-load applications like residential roof trusses or small warehouse supports. Wholesale pricing applies to orders of 30+ units, and value-added services include precision cutting (length tolerance ±2mm) for accurate installation and anti-rust painting (2-layer acrylic) to extend service life in dry indoor environments. Its compact size and low weight simplify transportation and handling, making it a top choice for small-scale construction firms.
ASTM A36 S355JR SS400 Heavy-Duty Wide Flange Structural Hot Rolled Universal Steel H Beams (HEB 700-HEB 1000 Series)
Engineered for super heavy-load scenarios, this line covers the HEB 700-HEB 1000 series-HEB 700 (height 700mm, flange width 340mm) to HEB 1000 (height 1000mm, flange width 400mm). Flange thickness reaches up to 40mm (HEB 1000), and web thickness up to 24mm, enabling load-bearing capacities of 400-600kN. Materials include S355JR (high strength, yield ≥355MPa) for industrial use, ASTM A36 (cost-effective for large-span bridges), and SS400 (compatible with Asian infrastructure projects). The wide flange design distributes weight evenly, reducing stress concentration at connections. It is widely used in long-span bridges (20-50m), high-rise building core columns, and mining equipment bases, where structural safety and durability are critical.
