Prefabricated Multi Storey Steel Building with Q355B/Q235B Structure

Columns in multi-storey steel frames are commonly H sections, predominantly carrying axial load.

• Lower cost with attractive appearance
• Easy to assemble and dismantle
• Time and cost efficient with 50+ years durability
• ISO9001 Quality Certified
• Installation guided by experienced engineers

• Apartment, workshop, warehouse, garage, shed, hanger
• Steel building, metal building, modular house
• Steel H-column and steel H-beam
• Portal frame products
• High rise building project
• Other steel structure buildings materials

Main steel frame without packing load in 40' OT, roof and wall panel load in 40' HQ!

Drawings available in AutoCAD, PKPM, MTS, 3D3S, Tarch, Tekla Structures (Xsteel) and other formats.

• Composite beams and composite slabs with steel decking
• Long-span composite beams often with service openings
• Cellular composite beams with composite slabs and steel decking
• Integrated beams with precast concrete units
• Composite and non-composite beams with precast concrete units

The project is located in the Atlantic Ocean near Ghana, Africa. The ground floor functions as a garage with 3.3m floor height. Floors 2-5 are apartments with 3.3m floor height, topped with a floating roof garden at 3.0m height.

• Structural safety grade: Level 2, Site classification: II
• Seismic intensity: 7 degrees, design earthquake acceleration: 0.15g
• Basic wind load: 0.4KN/M²
• Floor dead load: 6.0KN/M²
• Floor live load: 2.0KN/M²
• Roof dead load: 6.0KN/M²
• Roof live load: 2.0KN/M² (Roof can bear people) or 0.5KN/M² (Roof can't bear people)

• Structural columns: Q345B low alloy steel square pipe, hot-rolled steel pipe
• Structure beams: Hot rolling of Q345B low alloy or welded H steel
• Floating roof plate shape: H type steel or rectangular steel pipe
• Material usage: Approximately 63Kg/m²