Our Built-Up Steel Beam is a customized load-bearing component fabricated by cutting, assembling, and welding steel plates into H-shaped, I-shaped, or other engineered sections. Compared with standard rolled beams, it offers greater flexibility in section dimensions, plate thickness, span, and load capacity, making it suitable for demanding structural projects. Each beam is manufactured according to approved drawings with precise dimensional control, reliable weld inspection, and optional painted or hot-dip galvanized finishes. Built-up steel beams are widely used in industrial plants, large-span warehouses, bridges, equipment platforms, high-rise buildings, and heavy steel structures.
Built-Up Steel Beams are fabricated structural members manufactured from separate steel plates that are cut, assembled, and welded into the required beam section.
Built-Up Steel Beams are fabricated structural members produced by welding individual steel plates into customized beam sections. Compared with standard rolled steel sections, built-up beams can be manufactured with project-specific flange widths, web heights, plate thicknesses and connection details.
Built-Up Steel Beams are custom-fabricated structural members produced by welding steel flange plates and web plates into a required cross-section. Unlike standard rolled beams, built-up beams can be manufactured with customized depths, flange widths, plate thicknesses, tapered profiles, and reinforcement details.
Built-Up Steel Beams are fabricated structural members made by welding individual steel plates together to form customized H-shaped, I-shaped, tapered, or variable-section beams. Compared with standard rolled steel sections, built-up beams provide greater flexibility in dimensions, plate thickness, load capacity, and connection design.
A built-up steel beam is a custom-fabricated structural steel member used to carry heavy vertical loads and span long distances in construction projects. Unlike standard rolled beams, built-up steel beams are manufactured by cutting, shaping, and welding steel plates into a stable I-shaped or box-shaped cross-section.
