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Tensile Membrane Systems
Architectural Membrane Solutions
Tensile Membrane Structures
Tensile membrane systems are lightweight architectural structures formed with steel cables and specialised membrane fabrics. Unlike conventional building materials, they cover maximum volume with minimum material and create a striking visual impact.
Engineering Advantages
Large-Span Coverage
Uninterrupted, column-free coverage of very large areas with a minimal number of structural members.
Natural Light & Energy Saving
Controlled light transmission delivers extra energy savings indoors during daylight hours.
Self-Cleaning Surface
Self-cleaning titanium-coated surface technology keeps a stain-free appearance for years.
Seismic Safety & Rapid Installation
Lightweight structure for seismic safety, plus rapid installation thanks to off-site fabrication.
Fabric Technologies
PTFE Membran
25+ year service life; premium solution with high heat and UV resistance.
PVC Membran
15+ year lifespan; economical, flexible and versatile architectural cladding.
ETFE Smart Fabric
Ultra-transparent, glass-light texture with maximum light transmission.
Titanium Dioxide Coating
A specialised top layer that resists dirt and neutralises environmental pollutants.
Large-Scale Applications
- Car-park shading systems
- Amphitheatre and outdoor stage covers
- Sports facility and stadium roof projects
- Airport and bus terminals
- Shopping-mall atrium and plaza canopies
- Prestige villa and hotel entrance structures
Technical Specifications & Engineering Capacity
| Supporting Frame | High-strength structural steel / stainless cable channels |
|---|---|
| Membrane Types | PVC / PTFE / ETFE smart architectural fabrics |
| Light Transmission | Variable project options from 15% to 95% |
| Load Capacity | 120 km/h wind pressure & heavy snow-load resistance |
| Structural Analysis | Advanced CAD / FEA geometric software modelling |
Project Gallery
Frequently Asked Questions
Do Tensile Membrane Structures Withstand Heavy Snow and Storms?
Yes. Every project is engineered with FEA structural simulation software. Steel and cable sections are calculated against regional wind (120 km/h) and snow load coefficients, then produced with engineering approval.
How Is the Membrane Surface Cleaned?
PTFE and titanium-dioxide-coated PVC membranes have a self-cleaning finish. Rainwater carries away most dirt on its own, keeping extra maintenance costs to a minimum.
How Do Design and Site Survey Proceed?
Our technical team of engineers and architects surveys the site, prepares 3D modelling, then issues the most suitable fabric and structure quote after static load calculations.
Free survey and quote