Steel frame structures utilize steel as the primary load-bearing component, offering superior strength, lightweight construction, rapid assembly, and excellent seismic performance for modern building requirements.

• High Strength: Superior tensile and compressive properties to withstand significant loads
• Lightweight Construction: Reduced foundation pressure compared to concrete structures
• Design Flexibility: Easy processing and installation for complex architectural requirements
• Environmental Sustainability: Fully recyclable materials supporting green building initiatives
• BIM Technology: Advanced 3D modeling for precise planning and construction

• Frame Structure: Ideal for multi-story buildings with flexible spatial layouts
• Truss Structure: Optimal for large-span buildings like stadiums and exhibition halls
• Space Frame Structure: Suitable for complex spatial forms like airport terminals

• Steel Types: High-strength Q235 and Q345 steels selected based on load requirements
• Anti-Corrosion Treatment: Hot-dip galvanizing or painting for enhanced durability
• Fire Protection: Fireproof coatings or boards for safety compliance

• Rigid Joints: Welding or high-strength bolts for maximum stiffness
• Flexible Joints: Seismic zone designs to absorb earthquake energy
• Joint Reinforcement: Stiffeners or gusset plates for critical connections

• Prefabricated Components: Factory manufacturing ensures precision and quality control
• Installation Sequence: Strict adherence to design specifications for optimal assembly
• Quality Assurance: Rigorous inspection of welding and bolting processes

• Real-Time Monitoring: Sensor systems for stress and deformation tracking
• Regular Maintenance: Scheduled inspections for long-term structural integrity