Fabric ducts and air diffusers are an advanced solution for air conditioning and ventilation systems, combining air conveyance and diffusion in a single component.
Traditional air distribution systems are based on rigid metal ducts, in which the distribution process is separated from the dispersion process by means of point diffusers.
In contrast, fabric ducts are an integrated system in which the duct shell itself also functions as a diffusion component.
This approach changes the classic concept of a rigid system with defined exit points, resulting in a diffuse system with many dispersion options, controlled by perforation, slits, or fabric permeability.
As a result, more precise control of flow patterns and thermal comfort in the space can be achieved.
Fabric ducts operate in positive pressure systems (air supply). .
The supply airflow entering the duct is distributed through multiple discharge mechanisms, and the chosen air distribution method has a direct impact on the resulting air throw.
The cross-sectional shape of a fabric duct constitutes a key design parameter that influences airflow characteristics, structural stability, static pressure requirements, installation method, and architectural integration. Unlike rigid sheet metal ducts, where the cross-section remains virtually unchanged after manufacturing, fabric ducts require precise balancing between material tension, internal pressure, and airflow distribution.
Accordingly, the choice of cross-sectional configuration should not be regarded solely as a geometric preference, but rather as an engineering decision with direct operational consequences.
- Round cross-section The optimal aerodynamic solution
- Round cross-section The optimal aerodynamic solution
- A quarter-circle cut allows for the utilization of corner space.
- Extremely low profile segment cross-section
- Square section Architectural integration
Advantages of Fabric Ducts
Fabric ventilation duct systems offer several advantages over conventional ductwork installations.
The price Fabric air distribution systems typically offer lower overall costs compared to rigid duct systems and their associated diffusers or grilles, especially when thermal insulation is required. Furthermore, the simplified installation process significantly reduces installation time, leading to savings in labor and access equipment costs.
Maintenance Fabric ducts can be removed and cleaned in a standard washing machine, unlike rigid duct systems, which are often left uncleaned due to cost and accessibility constraints.
Airflow Distribution Efficient and uniform air distribution is achieved through a larger effective air discharge area compared to traditional grilles alone. This also enables better velocity control and contributes to a more comfortable indoor environment.
ColorsShapes, Materials Functionality and visual design can be fully integrated to create an aesthetic effect.
