- Suitability
- Industrial
- Laboratory
- Offices / schools
- Public spaces / retail
- Sports
- Functions
- Air conditioning
- Cooling
- Displacement ventilation
- Underfloor distribution
- Ventilation
- Air throw
- Low
- Fabric permeability
- Permeable
- Fabric properties
- Anti microbial
- Anti-static
Prihoda Fabric Ducting for Displacement Ventilation is a textile-based air distribution system designed to introduce supply air into rooms at low velocity, typically at low level.
Utilising patented micro-perforation technology, the system delivers precise amounts of air through 0.2mm laser-cut perforations in the ducting material.
This approach supports efficient air distribution, low noise, and flexibility in installation at either high or low levels for both hot and cold air distribution.
The system is suitable for applications requiring large volumes of air with minimal temperature difference from room air, ensuring fresh air in the occupied zone.
Features and benefits
Low velocity air supply for improved occupant comfort
Micro-perforation technology enables precise air distribution
Low noise operation due to extensive surface area diffusion
Flexible installation at high or low level for different applications
Customisable shapes, colours, and graphic designs
Efficient air distribution with minimal temperature difference
Applications
Displacement ventilation in commercial and public buildings
Spaces requiring large volumes of conditioned air with low temperature differential
Environments where low noise and even air distribution are priorities
Materials
Made from textile (fabric) ducting material with laser-cut micro-perforations.
Options and Variations
Custom shapes, installation methods, colours, and graphic or art designs are available to meet project-specific requirements.
Performance
Supplies large volumes of air at low velocity, typically with a cooling temperature difference of 1–3 degrees below room temperature. Ensures efficient air distribution and maintains fresh air in the occupied zone.
Installation
Can be mounted at high or low level, depending on application needs. Suitable for both hot and cold air distribution.