Steel structure buildings consist of H-beams/columns, purlins, roof panels, wall panels, roller shutters, and windows. They are typically constructed using high-quality steel, with the main structure conforming to Q355B/ASTM A572 Gr.50/EN S355/JIS SM490, and secondary structures to Q235B/ASTM A36/EN S235JR/JIS SS400. Connections are usually bolted for easy assembly and disassembly, or welded for increased rigidity. Lateral resistance members, including bracing and shear walls, enhance the building's seismic and wind resistance. Auxiliary components such as fasteners, sealants, and insulation materials also play a crucial role in ensuring the building's functionality and durability.

• Lightweight, high-strength, and large span
• Short construction period & lower cost (material, installation, foundation)
• Fireproof, rustproof & corrosion-resistant (enhanced with rock wool panels)
• Easy to assemble, disassemble, and relocate
• Eco-friendly: Reusable metal materials, less construction waste
• Safe & reliable: Wind-resistant and earthquake-resistant
• Durable (service life ≥50 years) & easy to maintain
• Convenient transportation (lightweight components)
• Customizable: Various designs, colors and materials
• Good heat insulation (with sandwich panels)
• Attractive appearance (multiple sheeting colors/shapes)

Large-span column-free spaces, excellent ventilation and lighting, economical cost, short construction period, corrosion and moisture resistance, flexible modification (suitable for various business formats such as aquaculture, planting, warehousing, and agricultural product processing), wind and earthquake resistant (suitable for rural and suburban outdoor environments).

Extra-large spans, extra-high headroom, heavy load-bearing capacity (suitable for large equipment, cranes, and cargo stacking), fast construction (shortening factory commissioning time), earthquake and impact resistant, expandable/relocatable, and compliant with regulations.

Personalized design, curved/irregular space realization, lightweight structure with stability, large-span unsupported design, strong visual appeal (suitable for landmark buildings, specialty venues, etc.).

Core requirements: large-span atrium/double-height spaces, modern and beautiful design, fast construction (shortening the commercial project leasing/opening period), flexible floor height adjustment, suitable for high-traffic areas requiring earthquake and fire resistance, and can be upgraded later (suitable for adjustments to business formats).

Earthquake and wind resistant, fast construction, flexible unit layouts, thermal insulation, environmentally friendly and energy-saving, controllable costs, suitable for high-rise, multi-story, and low-rise residential buildings, and meeting residents' comfort needs.

Large spans, spacious layouts, iconic designs, high earthquake and wind resistance, safe and durable (service life ≥ 50 years), suitable for high-traffic areas, compliant with fire safety and accessibility design standards for public buildings, and also considering cultural and functional expression.

• Inquiry Receipt & Intent Confirmation: Process begins when we receive customer inquiry for steel structure development project.
• Collaborative Design & Quotation Provision: Our team works closely with customers to design customized solutions and provide detailed quotations.
• Formal Project Approval: Project advances to manufacturing after customer approves design and quotation.
• Factory Production & Fabrication: Components manufactured in our factory using skilled workers and cutting-edge machinery.
• Careful Packaging & Global Shipping: Secure packaging and reliable logistics to customer's country.
• Installation Guidance & Technical Support: Construction drawings, installation videos, and real-time online support provided.

Steel structure fabrication encompasses a sequence of critical procedures:

• Cutting: Structural steel elements cut to exact dimensions with high-precision automated laser cutters
• Assembly: Pre-cut components aligned and fitted according to engineering blueprints
• Welding: Professional welders join steel parts with sturdy, durable joints
• Derusting: Rust removal via sandblasting, shot blasting, or chemical cleaning
• Surface Finishing: Protective coating via spray-painting or hot-dip galvanizing

• Pre-Packaging Preparation: Components sorted by type, size, and installation position; surfaces cleaned and labeled
• Customized Packaging: Large components wrapped with protective film and bundled with steel straps; small parts in sealed cartons
• Loading & Fixing: Professional equipment used for loading with proper buffering and securing
• Logistics Planning: Experienced providers selected with proper route planning and documentation
• Unloading & Inspection: Professional unloading with immediate inspection and acceptance procedures