steel structure

The product of this study is steel structure, including: high-rise building steel structural components, industrial steel structural components, venue steel structural components and other steel structural components. These steel structural components undergo simple mechanical processing and pre-treatment in the factory, followed by component assembly and painting to become finished products. Their production processes are basically the same, with the only differences lying in the workpieces processed, the shapes fabricated and the assembly procedures adopted. The factory is equipped with one tubular component processing line, one box-shaped component processing line and one BH-shaped component processing line.

Mechanical Benefits: The tensile strength of steel can reach 200-500 MPa, far exceeding concrete (10-40 MPa). It possesses excellent plasticity and toughness, effectively absorbing seismic energy to prevent sudden fracture under overload or dynamic loads.

Efficiency: Utilizes factory prefabrication and on-site assembly. No formwork is required, resulting in short construction cycles, minimal weather impact, and all-weather operations, significantly reducing total engineering costs

Sustainability: Steel is a material that can be recycled infinitely. Its production process has relatively low energy consumption, and discarded structures can be remelted as raw materials, meeting green building standards.

Lightweight & High-Strength: Low self-weight makes it ideal for large spans and super-high-rise buildings.

Excellent Seismic Resistance: Good ductility and energy absorption capabilities adapt well to dynamic loads.

High Space Utilization: Small cross-sections allow for larger clear heights, benefiting internal layouts.