LONSUN TEX SPORTS SOLUTIONS
STADIUM TENSILE MEMBRANE STRUCTURES
Premium Stadium Roofing & Tensile Fabric Structures. Durable, Weather-Resistant PVDF Architecture for Global Sports Facilities.
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Sports Stadium Tensile Membrane Structures | Architectural Roofing
Lonsun Tex delivers cutting-edge stadium tensile membrane structures, providing iconic, weather-resistant, and high-performance stadium roof designs for world-class sporting venues.
Why Choose Our Stadium Membrane Solutions
1. Iconic Architectural Aesthetics
Our tensile membrane designs enable fluid, creative shapes that define stadiums as architectural landmarks while providing elegant aesthetics for modern sports facilities.
2. Superior Structural Performance
Engineered for extreme environmental conditions, our stadium fabrics provide exceptional durability, high tensile strength, and wind-load resistance for safe, long-term operations.
3. Optimal Light Transmission
Advanced translucent membrane materials allow natural, diffused sunlight to enter the stadium, reducing energy costs and creating an ideal atmosphere for athletes and spectators.
4. Large-Scale Clear-Span Design
Tensile structures allow for massive clear-span roof coverage without interior pillars, ensuring unobstructed views for stadium seating and dynamic event spaces.
5. Accelerated Construction Cycles
Lightweight membrane components and precise engineering enable faster installation compared to traditional heavy roof structures, minimizing stadium downtime and project schedules.
6. Global Project Experience
From local club stadiums to professional arenas, Lonsun Tex provides full-lifecycle support—from design and material manufacturing to professional on-site installation.
Looking to elevate your stadium roofing project with advanced membrane technology? Contact Lonsun Tex experts today for a bespoke structural design consultation.
TECHNICAL SPECIFICATIONS – STADIUM TENSILE MEMBRANE
Premium architectural-grade stadium membrane fabrics engineered for large-span sports structures. Featuring Low-Wick treatment and advanced TIO2+PVDF coatings for superior longevity and self-cleaning performance.
| Property | 1050gsm (31oz) | 1150gsm (34oz) | 1350gsm (39.8oz) | 1350gsm (39.8oz) |
|---|---|---|---|---|
| Base Fabric (Yarn) | 1000D (Low Wick) | 1300D (Low Wick) | 1500D (Low Wick) | 2000D (Low Wick) |
| Total Weight | 1050g/m² | 1150g/m² | 1350g/m² | 1350g/m² |
| Surface Treatment | TIO2+PVDF/PVDF | TIO2+PVDF/PVDF | TIO2+PVDF/PVDF | TIO2+PVDF/PVDF |
| Tensile Strength | 4300/4300 N/5cm | 5600/5600 N/5cm | 7000/7000 N/5cm | 8000/8000 N/5cm |
| Tear Strength | 550/500 N | 800/750 N | 1100/1100 N | 1300/1300 N |
| Flame Retardancy | B1/M2/NFPA 701 | B1/M2/NFPA 701 | B1/M2/NFPA 701 | B1/M2/NFPA 701 |
| Temperature Resistance | -30°C to +70°C | -30°C to +70°C | -30°C to +70°C | -30°C to +70°C |
| UV Stability | 2000+ Hours | 2000+ Hours | 2000+ Hours | 2000+ Hours |
Frequently Asked Questions
What international safety standards do your stadium membranes meet?
Our architectural membranes are strictly tested and certified to meet global fire safety standards, including DIN 4102 B1, M2, and NFPA 701. This ensures full regulatory compliance for high-occupancy sports stadiums and large-scale public arenas.
How durable are your PVDF-coated membranes for long-term stadium use?
Engineered for permanent outdoor structures, our membranes feature high-tenacity polyester bases with specialized PVDF coatings. They provide exceptional UV resistance, anti-aging properties, and structural stability in extreme temperatures ranging from -30°C to +70°C, with a design life of over 15-20 years.
Do you provide customized membrane solutions for complex stadium designs?
Yes, we specialize in supporting architectural projects with complex geometries. We offer tailored specifications, including customized GSM (gram weight), tensile strength, and translucent/opaque options to meet the unique structural and design requirements of your stadium project.
What are the benefits of your PVDF self-cleaning coating for stadiums?
Our advanced PVDF topcoat creates a smooth, non-porous surface that prevents dirt and pollutants from adhering to the fabric. This ensures that natural rainfall effectively cleans the roof, significantly reducing manual maintenance requirements and keeping the stadium looking pristine.
How do these membranes contribute to climate control inside the stadium?
We provide high-performance membranes that can be engineered for optimal light transmission or thermal reflection. By balancing solar heat gain with controlled light levels, our materials help create a more comfortable environment for athletes and spectators while reducing energy needs.