Project Pain Points：
1. Long-span buildings require high control of roof deflection and structural stability.
2. Complex load conditions including wind uplift and snow accumulation must be addressed.
3. Large structural components require precise fabrication and installation coordination.
Targeted Solutions for Project Challenges
1. Large-Span Structural Stability System
The structural system is designed for column-free spaces using truss, space frame, or arch structures to achieve maximum span efficiency with controlled deformation.
2. Wind Uplift & Snow Load Resistance Design
Roof structural systems are optimized to resist uplift forces and uneven snow accumulation, ensuring safety under extreme environmental conditions.
3. Space Structure Force Distribution Optimization
Advanced structural modeling ensures efficient force distribution across large-span systems, minimizing stress concentration in critical joints.
4. Precision Fabrication for Large Structural Members
Large-span steel components are manufactured with high precision to ensure accurate on-site assembly and structural integrity.
Key Project Data:
1. Span Range: 40–120 m
2. Structural System: Space frame / truss / arch system
3. Design Load: Wind + snow + dynamic crowd load
4. Application: Stadiums, exhibition halls, transport terminals
Existing Project Reference:
TECO Industrial Park Logistics Facility in Pampanga, Philippines
Project information:
The project is a large-scale logistics facility located in TECO Industrial Park, Pampanga, Philippines.
Our company was responsible for a 5,000 ㎡ construction scope within the project, supplying approximately 200 tons of steel structural components and 10,000 ㎡ of sandwich panel enclosure systems.
The facility is located in a tropical industrial environment characterized by high humidity, heavy rainfall, and seasonal storm conditions, requiring reliable structural performance, durable building envelope systems, and efficient on-site coordination to ensure stable long-term logistics operations.
Post time: May-14-2026