This specialized air-supported structure membrane features a polyester fiber base, double-sided PVC coating, and an outer PVDF fluorocarbon protective layer. It offers advantages such as UV resistance, resistance to salt spray corrosion, hydrophobic self-cleaning properties, and a long service life, making it suitable for various air-supported structures designed for long-term, all-weather operation.
Service Life: 15–25 years
Advantages: UV resistance, resistance to coastal salt spray, self-cleaning and anti-fouling capabilities, color stability, and consistent thermal insulation and energy-saving performance.
Applications: Permanent sports venues, industrial coal sheds, warehousing facilities, coastal projects, and permanent outdoor structures.
Note: Balancing performance and budget, this is the preferred choice for the vast majority of commercial, industrial, and sports projects.
It is made of fire-resistant glass fiber cloth as the base material and coated with PTFE Teflon coating. It is a permanent high-end membrane material.
Service life: 30 to 40 years
Advantages: Class A non-combustible, lifelong self-cleaning, high and low temperature resistance, zero chemical corrosion, maintenance-free, and extremely long life
Applicable scenarios: City landmark stadiums, convention and exhibition centers, highly corrosive chemical parks, permanent public buildings
But, the cost is high and the membrane material is very rigid, so it is not suitable for temporary projects that require frequent disassembly and assembly.
Fluoroplastic transparent membrane without fabric base material, with extremely high light transmittance and transparent texture.
Service life: 25 to 35 years
Advantages: light transmittance >90%, lightweight, weather-resistant, anti-aging, beautiful appearance
Applications:: air membrane lighting roofs, greenhouses, landscape display air membrane buildings
For constant-temperature venues and projects with cooling and heating needs, a composite structure of "outer membrane + thermal insulation interlayer + inner membrane" is used, filled with high-quality thermal insulation cotton, which effectively blocks hot and cold air convection, prevents condensation, reduces air-conditioning energy consumption, achieves low energy consumption and all-weather constant temperature comfort, and is suitable for uninterrupted operations throughout the year.