This welded H beam complies with ASTM A36 and SS400 standards, with sizes 180×94mm to 800×300mm, web thickness 5–20mm, flange thickness 8–35mm, and lengths 6–12m. It features a wide flange design that enhances load-bearing capacity for commercial buildings, shopping malls, and office towers. Hot rolling ensures smooth surface finish and dimensional accuracy, while welded joints provide structural integrity for heavy-load applications. With a yield strength of 235–250MPa and good ductility, it absorbs seismic energy to enhance building safety. The carbon steel composition is 100% recyclable, aligning with sustainable construction practices, and its excellent workability allows customization for unique architectural designs.
Q235B Q355B Galvanized H Beam Competitive Price for Residential & Light Industrial Frames
Offered at a competitive price point, this galvanized H beam uses Q235B and Q355B steel grades, with standard sizes 100×50mm to 600×200mm and lengths 6–10m. Hot-dip galvanizing prevents rust and corrosion, making it suitable for residential steel frames, mezzanines, and light industrial workshops. Q235B excels in weldability for general structural use, while Q355B delivers high strength for load-bearing walls and roof supports, with a tensile strength of 375–550MPa. The beam's lightweight design reduces foundation load, cutting construction costs, and its standardized dimensions simplify logistics and inventory management. Ideal for small-to-medium construction projects, it offers a cost-effective solution without compromising on quality and durability.
Q235 Q355 S275 S355jr Galvanized H Beam for Metal Carport & Warehouse Frame Structures
This multi-grade H beam integrates Q235 (235MPa yield), Q355 (355MPa yield), S275 (275MPa yield), and S355jr (355MPa yield) steel, with sizes ranging from 100×50mm to 1000×300mm (height×flange width), web thickness 5–22mm, flange thickness 8–45mm, and customizable lengths 6–12m. Hot-dip galvanizing provides superior corrosion resistance, ideal for outdoor carports, storage frames, and warehouse steel structures. The balanced H-shaped cross-section enhances load-bearing capacity and buckling resistance, while the diverse material grades cater to both light and heavy-duty applications. Excellent weldability simplifies on-site assembly, and the galvanized finish reduces long-term maintenance costs, balancing durability and cost-efficiency for residential and commercial projects.
Competitive Price Galvanized Carbon Steel H Beam for Industrial & Construction Use
Offered at factory-direct competitive prices, this galvanized H beam is crafted from high-quality carbon steel (Q235B/Q355B grades), with standard sizes 120×60mm to 800×300mm and lengths 6–10m. Hot-dip galvanizing meets EN ISO 1461 standards, ensuring rust protection for 20+ years in outdoor and humid environments. With a yield strength of 235–355MPa and tensile strength 375–630MPa, it delivers reliable performance for industrial frames, building supports, and infrastructure projects. The wide flange design distributes weight evenly, minimizing structural deformation, while its lightweight yet robust structure reduces transportation and installation costs. Suitable for bulk orders, it is a cost-effective choice for construction companies seeking high-quality structural steel without premium pricing.
ASTM A36 S235jr S275jr Wide Flange HEA/HEB/IPE H Beam Hot Rolled Universal Steel
Compliant with ASTM A36, EN 10025, and JIS standards, this universal H beam covers European HEA (light), HEB (heavy), and IPE sections, with sizes 150×75mm to 900×300mm, web thickness 6–25mm, flange thickness 10–40mm, and lengths 6–14m. It features S235jr (235MPa yield), S275jr (275MPa yield), and ASTM A36 (250MPa yield) grades, offering excellent ductility (elongation ≥21%) and weldability for seamless integration into steel structures. Hot rolling ensures uniform grain structure and precise dimensions, critical for modular construction of warehouses, commercial buildings, and bridges. The wide flange design maximizes load-bearing capacity, supporting long spans to eliminate intermediate columns and optimize interior space.
