Hot Products
0102030405
China Suppliers Factory: Lightweight Steel-Membrane Structures for Stadium Grandstands with Elegant Design
Parameters
| Name | Steel-Membrane Structure for Stadium |
| Span | Up to 130 m |
| Material | PVDF Coated Polyester Fabric (Fire Rating: Class B1) |
| Build Time | Ready to use in 7-20 days |
| Wind Resistance | Up to Level 12 (optimizable to Level 13) |
| Temperature | -40℃ ~ 60℃ |
| Lifespan | >25 Years (Regular maintenance) |
Details
Long-span steel-membrane structure
This steel-membrane structure uses high-strength steel as the main framework. With sophisticated grid and pipe truss design, it achieves ultra-long spans up to 100 meters for stable and solid performance. The steel frame bears major loads, while the tough smooth membrane reduces wind resistance effectively. It resists strong winds and typhoons, and meets snow & wind load standards for cold and snowy regions.
Pristine Steel-Membrane Structure
The framework is covered with premium PVDF membrane, which delivers excellent waterproof, UV resistance, and flame-retardant properties. It remains impervious to wind and rain, while its fire-resistant nature ensures it self-extinguishes quickly when the flame source is removed. Thanks to its outstanding hydrophobic and self-cleaning capabilities, dust does not adhere easily and is washed away by rain. This keeps the steel membrane structure looking perpetually new, clean, and visually appealing.
Fully covered grandstand with steel membrane
All components are prefabricated in factory under standardized procedures for on-site assembly, significantly reducing construction time compared to traditional buildings of the same scale. The lightweight steel-membrane structure places lower demands on the foundation and offers great flexibility. It is perfectly suited for roofing applications such as grandstands, event areas, open-type storage centers, and parking lots, striking an ideal balance between construction efficiency and practicality.
Other Advantages
Landmark steel-membrane structure
• High-translucency membrane for optimal natural lighting; heat-reflective features minimize heat accumulation, delivering an energy-saving and comfortable environment.
• Nighttime light transmission creates a soft diffused glow, balancing illumination with visual experience to establish a highly recognizable landmark.
Application Scenarios
⚫︎ Schools
Construct stadium stands and natural lighting canopies to provide a safe, healthy campus environment.
⚫︎ Scenic Areas
Easily install infrastructure like rest stations without being limited by the inability to build complex foundations in scenic spots.
⚫︎ Enterprises
Rapidly build cost-effective, large-span semi-open spaces to help enhance corporate image.
⚫︎ Municipal Construction Bureau
Quickly complete urban coverage projects, minimizing the impact on traffic and residents' daily lives.
Frequently Asked Questions
Q1: Are steel-membrane structures relocatable?
A1: Yes. Their lightweight and modular design allows them to be disassembled and reassembled like "building blocks." However, this requires ensuring that the new site's foundation dimensions, anchor points, and climate conditions match the original design.
Q2: Can steel-membrane structures withstand hail and rainstorms?
A2: Generally, yes. They can easily handle rainstorms thanks to their scientifically designed curved drainage systems. As for hail, safety is ensured by using double-layer buffering or high-strength composite membrane materials.
Q3: What should be done if the membrane material gets damaged?
A3: Small areas of damage can be quickly resolved with on-site heat welding repairs; larger damaged sections require replacing the specific membrane unit.
Q4: What is the lifespan of these stadium steel-membrane structures?
A4: The structure has a lifespan of over 25 years with regular maintenance, utilizing premium PVDF coated polyester fabric and high-strength steel.
Q5: How long does the installation and build process take?
A5: The components are prefabricated in the factory and assembled on-site, making the structure ready to use in just 7 to 20 days.
Q6: What level of wind resistance can the structure achieve?
A6: The structure is designed to withstand winds up to Level 12, and can be further optimized to resist up to Level 13 typhoons.