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Architecture Tensile Membrane Structure Prefabricated Football Stadium

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Large-Scale Event Hosting: Designed to accommodate football matches, concerts, and other large gatherings with an open-air, aerodynamic roof structure that ensures optimal ventilation and natural light.
  • Structural Efficiency: Combines Q235 steel frames with PVDF/PTFE-coated tensile membranes to provide fire resistance, durability, and lightweight yet robust support for expansive, column-free spaces.
  • Multi-Level Adaptability: Features tiered seating arrangements and modular design to facilitate diverse functional zones, such as spectator areas, event spaces, and commercial amenities.

Key features

  • 1. Advanced Material Technology for Durability

  • With PVDF/PTFE-coated tensile membrane, you can ensure long-term resistance to UV exposure, corrosion, and extreme weather, outperforming conventional PVC membranes by up to 20% in durability*. The woven fabric construction further enhances tensile strength, making it ideal for high-traffic environments like stadiums.

  • 2. Robust Q235 Steel Frame for Structural Integrity

  • With a corrosion-resistant Q235 steel frame, you can achieve large-span structures with minimal support, optimizing space utilization while maintaining stability comparable to premium steel grades at a lower cost*. This design reduces material waste and accelerates installation compared to traditional concrete frameworks.

  • 3. Versatile Scenario Solutions for Multiple Applications

  • Designed for both football stadiums and commercial spaces (e.g., office buildings), this structure adapts seamlessly to diverse needs. Its open-air design ensures optimal airflow for outdoor events, while its modular layout allows customization for spectator seating, exhibitions, or urban integration.

  • 4. Safety and Sustainability Certifications

  • With fire-resistant materials and eco-friendly PVDF/PTFE coatings, you can meet stringent international safety and environmental standards (e.g., ISO 14001, fire safety certifications). These certifications ensure compliance with modern architectural regulations and reduce long-term environmental impact.

  • 5. Aerodynamic Roof Design for Efficiency

  • The sleek, curved roof design reduces wind resistance by up to 15%*, minimizing structural stress and energy consumption for ventilation. This innovation outperforms flat-roofed alternatives in storm-prone regions and enhances aesthetic appeal for urban landscapes.

Product details

Architecture Tensile Membrane Structure Prefabricated Football Stadium

The Architecture Tensile Membrane Structure Prefabricated Football Stadium combines cutting-edge engineering with sustainable materials to deliver a versatile, durable, and aesthetically striking solution for large-scale events. Designed with fire-resistant PVDF/PTFE-coated fabrics and a robust Q235 steel frame, this structure offers customizable configurations for sports venues, office buildings, or urban integration projects.

Technical specifications

FeatureSpecificationBenefit
MaterialPVDF & PTFE-coated woven fabricUV resistance, chemical stability
Frame MaterialQ235 steelHigh strength-to-weight ratio
Fire ResistanceMeets ISO 15025 fire safety standardsCompliance with global building codes
Weave StyleWoven fabricEnhanced tensile strength and durability
ApplicationSports venues, office buildingsModular design for multi-use flexibility

Customization guide

Adjustable parameters:

  • Material Thickness: Opt for 0.6mm PVDF for UV-heavy regions or 0.8mm PTFE for high-chemical environments.
  • Frame Configuration: Modify steel frame spacing (1.5m–3m) to suit load requirements.
  • Coating Type: Swap PVDF for PTFE to boost chemical resistance by 40%.

Get inspired

With its aerodynamic roof design and open-air layout, this stadium maximizes natural light and ventilation while minimizing environmental impact. The lightweight tensile membrane reduces foundation costs, making it ideal for rapid deployment in urban or remote locations.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Tensile Strength1200 N/m+15% (1380 N/m)+30% (1560 N/m)*
Fire ResistanceISO 15025 Class BISO 15025 Class ASelf-extinguishing**
UV Resistance8000 hours10,000 hours15,000 hours

Supplier's note

  1. Breakthrough Features:

    • Fire Resistance: The Pro Model’s self-extinguishing coating surpasses industry standards, enabling safe use in densely populated venues.
    • Material Durability: PTFE-coated fabric in the Advanced Model extends lifespan by 20% compared to traditional PVC membranes.
    • Structural Efficiency: Q235 steel reduces material waste by 15% while maintaining load-bearing capacity.
  2. Version Selection Guide:

    • Base Model: Ideal for temporary events or low-risk applications (e.g., community sports fields).
    • Advanced Model: Perfect for commercial spaces requiring moderate durability (e.g., office complexes).
    • Pro Model: Recommended for high-traffic, long-term installations (e.g., stadiums in sunny climates). With its 15,000-hour UV resistance, you can ensure minimal degradation over decades of use.

*Pro Model’s tensile strength exceeds industry benchmarks by 30%.
**Self-extinguishing coating meets UL 94 V-0 certification.

Frequently asked questions

  • Which tensile membrane structure suits large outdoor events like football stadiums?

  • How do I maintain a tensile membrane structure’s fire-resistant coating (PVDF/PTFE)?

  • PVDF vs PTFE for tensile membranes: Which is better for office buildings?

  • Can tensile membrane stadiums be customized for multipurpose events?

  • Is the Q235 steel frame in tensile structures certified for safety?

  • Are tensile membrane structures eco-friendly for sustainable architecture?

  • How easy is it to install a prefabricated tensile membrane football stadium?

  • Does the woven fabric tensile membrane withstand extreme weather?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Fire ResistanceHigh-traffic venues, schoolsIndustry: ASTM E84 Class BOur Base: ASTM E84 Class A ▲Our Advanced: ASTM E84 Class A + fireproof coating ▲▲
(Exceeds safety codes for sensitive spaces)
Material Durability (UV/Wear)Outdoor stadiums, coastal regionsIndustry: PVC (10 years UV resistance)Our Base: PVDF (20 years, ASTM D4141) ▲Our Advanced: PTFE (30 years, ASTM D4141) ▲▲
(Outperforms PVC in UV exposure)
Structural StrengthLarge-span arenas, industrial complexesIndustry: Q235B steel (235MPa yield strength)Our Base: Q235B steel (235MPa)Our Advanced: Q345 steel (345MPa ▲▲)
(40% stronger than Base)
Noise ReductionOpen-plan offices, event venuesIndustry: Standard membranes (40 dBA)Our Base: Aerodynamic design (35 dBA ▲)Our Advanced: Double-layered fabric (30 dBA ▲▲)
(Quieter than refrigerator hum)
Installation & CustomizationTemporary events, modular expansionsIndustry: Custom-built (6–8 months)Our Base: Prefab modules (3 months ▲)Our Advanced: Modular + customizable (2 months ▲▲)
(Fits unique site constraints)
Sustainability & RecyclabilityGreen-certified projects, eco-conscious clientsIndustry: PVC (50% landfill waste)Our Base: PVDF (90% recyclable ▲)Our Advanced: PTFE + recycled steel (100% recyclable ▲▲)
(Meets LEED v4.1 standards)

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