Sustainable ventilation with a low carbon footprint

Sustainable ventilation with a low carbon footprint

FabricAir dispersion and distribution systems have a smaller carbon footprint than conventional metal ducting. FabricAir ducts require less energy to produce and transport, and with a significantly lower weight fabric ducts place considerably less load stress on the construction, making the system ideal for retrofitting as well as new builds.

The efficiency of air distribution in fabric ducts is much higher and more precise than with conventional metal ducting. This means they can run at a low static pressure drop and require less energy to operate. Using fabric-based Smart Air Solutions enables savings of up to 40% on the energy consumption.

The ductwork will last for a long time. Many of the original 1973 installations are still in use today.

FabricAir meets the OEKO-TEX 100 requirements, proving that we are committed to environmentally friendly production methods and materials. 

Due to the low static pressure drop (often as low as 25 Pa [0.1" WG]) and more efficient air distribution methods, FabricAir dispersion systems can greatly reduce the lifetime operating cost of the entire HVAC system. 

Read more

FabricAir ducts and air dispersion systems are truly a value proposition.

Read more

FabricAir is the original fabric duct manufacturer. We introduced the world's first fabric duct in 1973, thus have more than 45 years of experience. Many of our initial installations are still fully functional and perform just as well as the day they were installed.

Read more

Go to the Oeko-Tex standard 100 website: Click

Read more

FabricAir offers the most heavy duty ducts in the industry, in a lightweight design. Our ducts weigh as little as 300 g/m² [8.8 oz/yd²], thus it is like comparing a feather to a hammer, when compared to conventional metal systems.

Read more

FabricAir ducts are made out of a variety of textiles. These ducts can be neatly folded, packaged in a box, and loaded onto a truck and/or plane without wasting any space. 

Read more