Summary
Large-span Truss Roof System (For Stadiums and Arenas)
Large-span Truss Roof System
- Share
- Issue Time
- 2025/8/20 11:01:19
LARGE-SPAN TRUSS ROOF SYSTEM
(FOR STADIUMS AND ARENAS)
A roof structure system specifically designed for large buildings such as stadiums and sports arenas. Its key feature is the ability to cover vast areas with a large span.
SPACE GRID STRUCTURE
Bolted Ball Joint Space Truss
Modular assembly with fast installation speed, ideal for projects with a high degree of standardization and industrialization.
Ball Joint Space Truss
High overall rigidity and structural stability, suitable for large-span or heavy-load projects.
CORE ADVANTAGES OF SPACE GRID STRUCTURES
Ultra-Large Span
The single span can reach over 150 meters, with no intermediate columns.
This roof system can cover an enormous area of more than 150 meters in width (or length) in a single span, without the need for any supporting columns in the middle. As a result, spectators' views are completely unobstructed, creating a spacious and open interior environment with maximum freedom of movement within the venue.
Lightweight and High Strength
The steel usage is only about one-third of that in traditional structures, with a self-weight of less than 40 kg/m².
The amount of steel used is approximately one-third of that in traditional large-span structures, significantly reducing material costs and lightening the load on the lower supporting structure.
Fast Construction
Modular prefabrication, with installation speed 50% faster than traditional structures.
All steel pipes and joint balls are prefabricated in the factory according to precise drawings, enabling bulk production. This method is at least 50% faster than the traditional on-site cutting and welding process.
Design Flexibility
Supports flat, curved, and irregular shapes.
Designers can flexibly tailor the structure to meet the architectural aesthetics of the stadium, making it possible to achieve complex and unique shapes.
Application Scenarios
Multi-purpose sports stadiums, Swimming pools / Ice rinks, Training centers and competition venues
Supply Capacity
Design Capability
Design capability is the core prerequisite for supply capacity and serves as the endorsement of technical feasibility.
Maximum Design Span: 200 meters (verified through wind tunnel testing)
Seismic Resistance: Meets seismic design level of 8 (GB50011)
Design Capability
Manufacturing capacity is the solid foundation of our supply capabilities.
| PROJECT | PARAMETER | ||
| Annual Production Capacity | 500,000 m² of truss structures. Capable of supporting large sports stadium clusters or multiple parallel projects. | ||
| Joint Types | Bolt-ball / Welded-ball / Intersecting joints | ||
| Member Specifications | Member Specifications: Ø48mm - Ø325mm seamless steel pipes
| ||
Delivery & Support
Design Phase
BIM Model Provision (Revit/Tekla Format)
To avoid construction conflicts and reduce rework costs.
Wind and Snow Load Special Analysis Report
Customized simulations based on site-specific climate data.
Construction Phase
Professional Lifting Team (100% Certified Welders)**
We ensure full traceability of the entire process, with clear responsibility assigned to each individual. All operators hold the required qualifications for specialized equipment.
3D Scanning Acceptance (Deviation Control within ±3mm)**
Laser scanning point clouds are compared with the design model to minimize errors, addressing the traditional ±10mm acceptance deviations that could lead to sealing issues or drainage risks.
Quality Assurance System
30-Year Structural Lifespan Guarantee
Free Provision of "Truss Maintenance Manual"
Includes guidelines for bolt retightening cycles, corrosion protection coating repairs, and a sensor layout diagram for monitoring.
Technical Specifications
| PROJECT | PARAMETER | ||
| Steel Grade | Q355B / Q420C (GB/T 1591) | ||
| Bolted Ball Joint Standard | GB/T 1231-2006 | ||
| Corrosion Protection | Hot-dip galvanizing (≥80μm) or fluorocarbon coating |
| MECHANICAL PERFORMANCE | |||
| Joint Load Capacity | ≥800 kN (Bolted Ball) | ||
| Deflection Control | ≤1/250 of the span | ||
| INSPECTION & CERTIFICATION | |||
Certified to ISO 9001 / EN 1090 standards | |||
Includes third-party inspection reports (with CMA mark) | |||
Specialized Solutions
| Composite Roofing Systems | Innovative Technologies | |||||
| Space Truss + Aluminum-Magnesium-Manganese Panels (Economical Type) | + | Structural Health Monitoring System (Real-time monitoring of stress and deformation) | ||||
| Space Truss + ETFE Cushions (Translucent Type) | Digital Twin Platform (Used during operation and maintenance phase) | |||||
| Space Truss + Photovoltaic Panels (Energy-Generating Type) | ||||||