Tailored for residential construction, this H beam uses SS400 and Q235B carbon steel grades, with standard profiles 100×50mm, 150×75mm, and a size range 100×50mm–600×200mm, lengths 6–10m. Hot rolling ensures uniform structure and good weldability, making it ideal for home steel frames, mezzanines, and staircase supports. It delivers a yield strength of 235MPa, providing stable performance for light-to-medium load applications. The beam's lightweight design reduces foundation load and transportation costs, while its carbon steel composition is 100% recyclable, aligning with eco-friendly building practices. Cost-effective and easy to assemble, it meets local residential construction standards, balancing affordability and reliability for small-scale building projects.
High Strength S355 ASTM A572 Grade 50 Wide Flange H Beam for Bridge Infrastructure
Designed for heavy civil engineering, this high-strength H beam complies with S355 (355MPa yield) and ASTM A572 Grade 50 (345MPa yield) standards, with wide-flange sizes 200×100mm to 1000×300mm, web thickness 8–25mm, flange thickness 12–50mm, and lengths 6–14m. Hot rolling enhances material toughness and fatigue resistance, ensuring tensile strength of 450–650MPa for bridge supports, highway guardrails, and railway frames. The wide flange design distributes dynamic traffic loads evenly, resisting bending and torsion under extreme weather conditions. Optional hot-dip galvanizing provides long-term corrosion protection in coastal or humid environments, extending service life to over 25 years. It meets strict civil engineering safety standards, making it a reliable choice for large-scale infrastructure projects.
ASTM A36 SS400 HEA/HEB H Beam Hot Rolled Welded for Prefabricated Workshop Structures
This prefabrication-focused H beam combines ASTM A36 and SS400 grades, covering European HEA/HEB sections with sizes 150×150mm to 700×250mm and lengths 6–12m. Welded construction ensures structural integrity for modular workshop frames, while hot rolling delivers precise dimensions critical for fast on-site assembly. It offers a yield strength of 235–250MPa and excellent ductility, absorbing seismic forces to enhance building safety. The beam's balanced cross-section minimizes material waste while maintaining load-bearing capacity, reducing project costs. Optional galvanizing provides corrosion resistance for outdoor workshops, and compatibility with standard prefabricated connectors accelerates construction timelines by 30%, making it ideal for fast-track industrial projects.
Hot Rolled Carbon Steel H Beam S275jr Wide Flange Profile for Commercial Building Frames
Crafted for commercial construction, this wide-flange H beam uses S275jr steel (275MPa yield), with sizes 180×94mm to 900×300mm, web thickness 6–22mm, flange thickness 10–40mm, and lengths 6–14m. Hot rolling ensures uniform grain structure and excellent weldability, suitable for shopping mall frames, office building supports, and retail store steel structures. The wide flange design maximizes load-bearing capacity, supporting long spans to create open, flexible interiors. It delivers high impact resistance, performing reliably in low-temperature environments, and optional galvanizing provides corrosion protection for outdoor facades. Compliant with EN 10025 standards, it balances performance and aesthetic appeal for modern commercial building projects.
Hot Rolled Carbon Steel H Beam Grade SS400 for Industrial Frame Profiles
This SS400-grade (JIS G3101 standard) H beam features a yield strength of 235MPa and tensile strength of 400–510MPa, with core sizes ranging from 100×50mm to 1000×300mm (height×flange width), web thickness 5–25mm, flange thickness 8–45mm, and customizable lengths 6–14m. Hot rolling ensures a uniform grain structure, delivering excellent weldability and ductility for seamless integration into industrial frames, workshop supports, and storage rack profiles. The carbon steel composition balances cost and performance, resisting bending and buckling under static loads without requiring post-processing. Lightweight yet durable, it reduces transportation costs and simplifies on-site assembly, making it a cost-effective choice for general industrial construction projects.
