Project Pain Points：
1. Warehouse buildings require large-span layouts with strict control of structural deflection under long-term loading conditions.
2. High snow loads and wind loads in different regions significantly affect roof stability and structural safety.
3. Storage density and racking systems impose continuous static and dynamic loads on the structural framework.
Targeted Solutions for Project Challenges
1. Large-Span Load-Bearing Structural System
Warehouse structures are engineered with optimized steel frame systems designed for long-span, column-free layouts, ensuring efficient space utilization while maintaining high structural stability under heavy storage loads.
2. Wind Load & Snow Load Resistance Design
The structural system is designed based on regional wind and snow load conditions. Beam-column configurations and roof truss systems are optimized to ensure stability and safety under extreme environmental forces.
3. High Load Distribution Optimization
Warehouse operations involve concentrated storage loads from racking systems and logistics equipment. Our structural design ensures uniform load transfer across the steel framework to prevent localized stress concentration and deformation.
4. Fast Erection Structural System
Prefabricated steel components are designed for rapid assembly, ensuring precise installation accuracy while maintaining structural integrity during large-scale warehouse construction.
Key Project Data:
1. Span Range: 18–60 m
2. Structural System: Portal frame / steel truss system
3. Design Loads: High snow load / wind load adaptable system
4. Application: Logistics, storage, distribution centers
Existing Project Reference:
Steel Structure Warehouse in Uganda
Project information:
1. Building Size: 5,500 ㎡
2. Steel Consumption: 170+ tons
3. Shipping: 12 × 40HQ containers
Post time: May-14-2026