LONSUN TEX INFRASTRUCTURE SOLUTIONS
TRANSPORTATION FACILITIES MEMBRANE STRUCTURES
Premium PVC-coated architectural membranes for transit hubs, railway stations, airports, and covered walkways. We provide durable, weather-resistant tensile fabric solutions for global transportation infrastructure projects.
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Transportation Facilities Membrane Structures | Durable Transit Architecture
Lonsun Tex provides high-performance transportation facility membrane structures, delivering modular, weather-resistant, and aesthetically striking roofing solutions for modern transit hubs, railway stations, airports, and pedestrian terminals.
Why Choose Our Transportation Membrane Solutions
1. Large-Span Structural Efficiency
Our tensile systems enable column-free, long-span coverage, essential for railway platforms and airport terminals where unobstructed space is critical for passenger flow.
2. High-Durability PVC Materials
Engineered to handle extreme environmental stressors, our PVDF-coated membranes offer superior resistance to wind loads, pollutants, and heavy snow, ideal for outdoor transit facilities.
3. Enhanced Natural Lighting
The high translucency of our architectural membranes optimizes natural light usage in bus terminals and transit hubs, reducing artificial lighting costs during daylight hours.
4. Rapid Installation & Modular Design
Designed for fast-track construction, our lightweight membrane structures minimize site disruption, allowing transit projects to stay on schedule and within budget.
5. Weather Protection for Commuters
We provide comprehensive climate-controlled shelter for pedestrian walkways, toll stations, and boarding areas, significantly improving the daily commuter experience.
6. Sustainability & Fire Safety
Our membranes meet global fire safety standards and offer a sustainable lifecycle, ensuring that major transportation hubs remain safe, efficient, and compliant for decades.
Looking for reliable, cost-effective tensile fabric for transportation infrastructure? Consult our engineering team today to discuss your project requirements.
TECHNICAL SPECIFICATIONS – TRANSPORTATION MEMBRANE
| Property | Transit Standard (1050GSM) | Structural Grade (1150GSM) | Infrastructure Heavy (1250GSM) |
|---|---|---|---|
| Weight (GSM / OZ) | 1050g / 31.5oz | 1150g / 34.5oz | 1250g / 37.5oz |
| Base Fabric (Yarn) | 1300D (Low Wick) | 1300D (Low Wick) | 1500D (Low Wick) |
| Tensile Strength (N/5cm) | 6500 / 6000 | 6800 / 6200 | 8000 / 7500 |
| Tear Strength (N) | 800 / 800 | 950 / 900 | 1100 / 1000 |
| Surface Treatment | PVDF + TiO2 | ||
| Flame Retardancy | B1 / M2 / NFPA 701 | ||
| Temp. Resistance | -40°C to +75°C | ||
| UV Stability | 2500+ Hours | ||
Summary: Lonsun Tex Transportation Membranes are engineered for high-traffic infrastructure, including transit hubs, railway stations, and airport terminals. Featuring advanced PVDF/TiO2 surface coatings, these high-strength tensile fabrics provide superior self-cleaning capabilities, exceptional weather resistance, and long-term durability. Ranging from 1050GSM to 1250GSM, these membranes are designed to meet rigorous safety standards (B1/M2/NFPA 701) while maintaining structural integrity in demanding environments.
Frequently Asked Questions: Transportation Facilities Membrane Structures
Why are tensile structures preferred for transit hubs and railway stations?
Tensile membrane structures provide essential column-free, long-span coverage for transit hubs and railway stations, optimizing passenger flow and safety. Their lightweight nature and modular design allow for faster installation compared to traditional steel or concrete, reducing operational disruption during transport infrastructure upgrades.
How do Lonsun Tex membranes perform in high-traffic transportation areas?
Engineered for endurance, our high-strength PVC membranes feature advanced PVDF/TiO2 coatings that resist extreme weather, heavy snow loads, and industrial pollutants. This durability ensures that critical transportation facilities maintain structural integrity and a clean, iconic aesthetic in high-traffic environments for decades.
Can these membrane structures improve passenger comfort in terminals?
Yes. Our architectural membranes offer excellent thermal and light-transmission properties, providing natural, diffused daylighting to terminal roofs and pedestrian walkways. This reduces energy consumption for lighting while creating a comfortable, weather-protected environment for commuters in tropical, arid, or temperate regions.
What fire safety regulations do your transportation membranes meet?
Safety is our top priority for public infrastructure. Our transportation membrane systems are fully compliant with stringent international fire safety standards, including B1, M2, and NFPA 701, ensuring that our roofing solutions meet the rigorous regulatory demands for airports, bus terminals, and international transit projects.