Advanced PVC Membrane Fabric for Architecture & Doors

Factory-direct structural PVC fabrics engineered for permanent tension architecture and industrial access. Delivering extreme tensile strength (up to 9000N), double-sided PVDF coating for self-cleaning, and uncompromising weather resilience across diverse climates.

Why Engineers Choose Our Membrane Fabrics

Exceptional Tensile Strength

Utilizing 1300D to 2000D high-tenacity polyester base fabrics to ensure structural integrity under heavy wind and snow loads, withstanding bi-axial tension up to 9000 N/5cm.​

PVDF/Acrylic Self-Cleaning​

Premium surface lacquering prevents dust accumulation and allows rainwater to wash away urban smog, maintaining long-term aesthetics and drastically reducing maintenance costs.

Extreme Weather Resistance

Engineered to handle temperature ranges from -40℃ to +70℃, ensuring absolute stability in both Arctic winters and Tropical climates.

Flame Retardant Certified​

Meeting strict international fire safety standards (B1, M2, NFPA 701), our architectural materials provide enhanced perimeter safety for public and industrial buildings.​

Explore Our Architectural Solutions

White PVC blackout tarpaulin for large commercial event tents

Tension Architecture

High-strength PVC coated fabrics (700g-900g) for lightweight canopies. Engineered with low-wicking base yarn to prevent edge discoloration and ensure long-lasting dimensional stability.

Heavy-duty PVDF tension membrane tarpaulin for large stadium roofing

Architectural Membrane Fabric

Heavy-duty structural membranes (up to 1250gsm) for permanent stadium roofing. Features B1/M2 flame retardancy and PVDF lacquering for anti-aging and ultimate self-cleaning.

Large industrial aviation hangar covered with heavy-duty blackout PVC tarpaulin material

Industrial Hangar Tarpaulin

Extreme-duty blackout PVC fabrics for large-span temporary buildings. Formulated for heavy snow loads, high wind resistance, and -40°C cold-crack resilience.

Anti-static high-speed roller door tarpaulin for industrial warehouses

High-Speed Door Vinyl

Highly flexible, anti-static 900gsm-1200gsm roll-up door fabrics. Built with extreme flex-cracking resistance to withstand thousands of rapid opening cycles in industrial warehouses.

Engineering-Grade Technical Specification

Our materials are rigorously tested under DIN and ISO protocols. Here is a preview of our premium high-speed door and tension membrane capabilities:

Total Weight (GSM) Base Fabric (Yarn Count) Weave Structure
Membrane Structure
1050 gsm 1000/1300 (30/26) Woven
1050 gsm 1000/1300 (30/28) Woven
1050 gsm 1300/1300 (30/30) Woven
1100 gsm 1300/1300 (30/30) Woven
1200 gsm 1300/1300 (30/30) Woven
1250 gsm 1500/1500 (30/32) Woven
1400 gsm 2000/2000 (30/32) Woven
Hangar
650 gsm 1000/1000 (23/23) Woven
850 gsm 1000/1000 (30/30) Woven
900 gsm 1000/1000 (30/30) Woven
High Speed Door
700 gsm 1300/1300 (18/18) Knitted
900 gsm 1000/1000 (30/30) Woven
1050 gsm 1000/1000 (30/30) Woven
1050 gsm 1000/1300 (30/26) Woven
1050 gsm 1300/1300 (30/30) Woven
1200 gsm 1300/1300 (30/30) Woven
1500 gsm 1500/1500 (30/30) Woven
1500 gsm 2000/2000 (30/32) Woven
Total WeightBase FabricWeave Structure
650gsm1000/1000 23/23woven
700gsm1300/1300 18/18knitted
850gsm1000/1000 30/30woven
900gsm1000/1000 30/30woven
1050gsm1000/1000 30/30woven
1000/1300 30/26woven
1300/1300 30/30woven
1100gsm1300/1300 30/30woven
1200gsm1300/1300 30/30woven
1400gsm2000/2000 30/32woven
1500gsm1500/1500 30/30woven
2000/2000 30/32woven

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Frequently Asked Questions

How long does the PVC tension membrane structure tarpaulin last?
Our high-end PVDF coated membranes have an expected lifespan of 10-15+ years, depending heavily on the environmental conditions and UV exposure levels. These membranes are specifically formulated to resist chalking and brittleness over time.
Can the tarpaulin be used for cold-storage high-speed doors?
Yes, absolutely. We can supply a specially developed PVC tarpaulin suitable for high-speed doors used in cold-storage environments. By using cold-resistant plasticizers in the PVC formulation, the material maintains good flexibility and reduced risk of cracking under low-temperature conditions. It has been tested for performance in sub-zero environments, making it suitable for applications such as food processing facilities and cold-chain logistics, where temperature resistance and durability are important.
Is the material suitable for High-Frequency (HF) welding?
Yes, it’s suitable for High-Frequency (HF) welding. As a source factory, we produce PVC coated fabrics designed to work well with HF and hot-air welding processes. The coating is controlled for consistent thickness and good adhesion strength (up to around ≥150N/5cm), which helps ensure reliable welded seams. In most cases, the seams can achieve strong and stable bonding performance with good water and air tightness when processed under proper welding conditions.

Transform Your Architectural Vision Today

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