Featuring a popular 200×200×8×12mm size and customizable options (100×100×6×8mm to 900×300×10×18mm), this H-beam is crafted from S355JR low-alloy steel. It boasts yield strength ≥355MPa, impact resistance (-20℃ minimum), and Z275 hot-dipped galvanization for corrosion protection. The precision welding process ensures tight, durable joints, enhancing structural stability for large-span projects. Factory-direct wholesale pricing suits contractors and distributors, with flexible MOQ. Its robust design supports heavy loads and dynamic forces, making it ideal for bridges, industrial plants, and high-rise steel structures. Easy to fabricate and install, it meets international quality standards, balancing performance, customization, and affordability.
Hot-Dipped Galvanized H Section Steel Beam Q235B S355JR Custom Lengths for Wholesale
This H-section beam is available in Q235B (mild steel) and S355JR (low-alloy steel) grades, with tensile strength 370-485MPa. Standard cross-section sizes: 125×60×6×8mm to 800×300×10×16mm, and custom lengths from 3m to 30m. Hot-dipped galvanization (Z275 standard) forms a uniform zinc layer, preventing rust and deterioration in harsh conditions. Wholesale supply offers competitive pricing for bulk orders, with strict quality inspections (ultrasonic testing, tensile tests). The H-shaped profile ensures efficient load distribution, reducing structural stress and deformation. Suitable for prefabricated warehouses, workshops, and infrastructure projects, it combines durability, versatility, and cost-effectiveness. Its compatibility with welding and cutting processes simplifies on-site construction.
HEA HEB IPE Galvanized H Beam Z275 S355JR Customized Sizes Factory Direct Supply
Compliant with HEA, HEB, and IPE European standards, this galvanized H-beam is made of S355JR steel with yield strength ≥355MPa. Standard sizes range from IPE 80 (80×46×3.8×5.8mm) to HEB 600 (600×300×12×20mm), with full customization for project-specific needs. Z275 hot-dipped galvanization provides superior corrosion resistance, ideal for outdoor and coastal applications. Factory-direct supply eliminates intermediaries, ensuring competitive pricing and fast delivery (7-15 working days). The beam's optimized flange and web design enhances rigidity and lateral stability, supporting large-span and heavy-duty structures. Excellent weldability and machinability allow seamless integration, making it a top choice for commercial, industrial, and infrastructure construction worldwide.
Cold Drawn Structural H Beam Hot-Dipped Galvanized Q345 Custom Sizes for Industrial Use
This industrial-grade H-beam is cold drawn for high precision and made of Q345 low-alloy steel, delivering tensile strength ≥470MPa and strong bending resistance. Sizes range from 100×50×5×7mm to 700×300×10×16mm, with custom cross-sections and lengths available. Hot-dipped galvanization (Z275 grade) ensures long-term corrosion resistance, even in industrial environments with chemicals and humidity. The beam's compact H-section design maximizes load-bearing capacity while minimizing weight, reducing transportation and installation costs. Factory-direct supply caters to industrial projects, with quality compliance to GB/T 706 standards. Suitable for factory frames, equipment supports, and industrial warehouses, it combines high performance, durability, and customization to meet rigorous industrial requirements.
Factory-Direct Z275 Galvanized S355JR H Beam Structural Steel Customized Sizes 1501507*10
This structural H-beam features a standard size of 150×150×7×10mm (height×width×web thickness×flange thickness) and supports customization from 80×80×5×7mm to 900×300×12×20mm. Crafted from S355JR low-alloy steel with Z275 hot-dipped galvanization, it offers yield strength ≥355MPa and excellent corrosion resistance. The galvanized layer (275g/m² minimum) protects against humidity, chemicals, and outdoor elements, extending service life by 15-20 years. Factory-direct supply eliminates middlemen, ensuring competitive wholesale pricing. Its H-section design optimizes load-bearing capacity and rigidity, making it ideal for industrial frames, bridges, and prefabricated buildings. Easy to weld, cut, and install, it balances structural performance, durability, and cost-effectiveness for global construction projects.
