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Total Area: 1,000 sqm
Dimensions: Length 50m × Width 20m × Height 9.0m
Roof Pitch: 10% slope
Brick Wall: 1.8m
Components: Welded H-section steel columns and beams.
Material Grade: High-strength Q345B steel.
Surface Treatment: Finished with two coats of premium mid-grey painting for superior corrosion resistance and a modern aesthetic.
Roof Purlins: Galvanized Z-section steel.
Wall Purlins: Galvanized C-section steel.
Material Grade: Q235B steel, galvanized to ensure long-term durability against environmental wear.
Roofing System: 50mm Rockwool Sandwich Panels – provides excellent thermal insulation, energy efficiency, and superior fire-rated protection.
Wall Cladding: 0.5mm Single Steel Sheets – a lightweight, high-durability, and cost-effective cladding solution.
Roof Lighting System: Integrated Skylight Sheets – maximizes natural light penetration to reduce daytime operational electricity costs.
Access & Ventilation: Sandwich Panel Sliding Doors for smooth logistics access and premium Aluminum Windows for optimized natural ventilation and durability.
Why This Design Works:
The combination of a 20m clear span and a 9m eave height creates a tremendous volumetric capacity. This makes the warehouse building ideal for high-rise racking storage, heavy machinery operation, and seamless forklift maneuvering—perfectly suited for Argentina's growing industrial and agricultural logistics demands.
Total 100% Column-Free Interior: As shown in the structural skeleton, the clear span frame structure design completely eliminates interior support columns, maximizing the vertical and horizontal volumetric utilization of the warehouse, offering maximum unobstructed floor space for flexible storage layouts and rack configurations.
Optimized Logistics & Maneuverability: The open-span layout allows forklifts, heavy machinery, and transport vehicles to navigate safely and efficiently without any structural obstacles.
Fast & Precise Assembly: Engineere with prefabricated steel components, the main frame can be erected rapidly on-site, significantly compressing the construction timeline and lowering labor costs.