The NanoSox air ducts are made out of a special high-tech, incombustible fiber comprise an air distribution system for any purpose replacing traditional air distribution systems and negating the necessity to use various branches, distributing canals, and pressure equalizers.

• The NanoSox system disperses air flow both through the surface of the fabric and special holes. Such an air flow distribution method renders the microclimate in the facility as comfortable as possible.
• The NanoSox system has managed to replace the entire complex process of the design, production, delivery, and assembly of traditional air distribution systems required in traditional air distribution systems, since it negates the necessity to use prepackaged elements. It is very easy and simple to assemble.
• The option for it to be stylized in any color shade allows the NanoSox system to be included in complex designer projects with the necessity for substandard approaches to the facility's geometry.
• The manufacture of the NanoSox air duct system out of air permeable fabric provides the basis to pass cooled air down air ducts without the formation of condensate inside or on the surface of the air duct.
• Thanks to its easy disassembly, the NanoSox air duct system is easy to wash in an ordinary or industrial washing machine, which renders maintenance of the highest standards for supplying clean air into facilities easy.
• The fabric used to manufacture the NanoSox systems does not create any noise or pass on any vibration. A quiet system improves the quality of the environment in a facility.
• The air dispersal system based on NanoSox air ducts weighs 1/40 what traditional air distribution systems weigh, which allows the system to be used in the construction or reconstruction of buildings with limitations on the ceiling load.
• The specialized system of NanoSox air duct suspension system allows for assembly to be performed 10 times faster than in the case of similar systems based on metallic air ducts.
• The entire production of NanoSox systems is manufactured based on its own fabric, which reduces the time required for production and heightens the ability to control for the product's quality.
• The use of eco-friendly fabrics in production along with the light utilization and the possibility for secondary recycling renders the NanoSox system environment-friendly while the proper design and efficient distribution of air flows renders the system energy efficient.