Fabric ducting

When it comes to ventilation, hospitals present a very particular challenge. Airflow requirements for hospitals and other healthcare facilities go beyond comfort and air quality: they are part of an entire system designed to support healing, provide infection control, and prevent the spread of airborne pathogens. Hygiene is an integral part of

Prihoda Fabric Ducts for Arena & Concert Hall Ventilation are made from fabric and designed to deliver high air volumes at low velocity across large spaces, reducing noise and cost compared to rigid ducting. Custom colours and graphics are available for branding or design integration: fabric ducting system for large arenas and concert halls; low

Prihoda Fabric Ducts for Light or Temporary Structures Ventilation are textile-based air distribution systems made for marquees and temporary spaces, designed to deliver effective cooling or heating with a neat appearance. Systems are tailored to each space and can be printed with any colour or graphic: textile ducting system for air movement in

SquAireTex ceiling tile air diffusers are intended for installation in a lay-in grid ceiling. Depending upon the design they distribute air along the ceiling structure in a swirling manner or in one or more specific directions. Made from an aluminium frame and lightweight flame-retardant polyester fabric they are designed to weigh no more than the

Prihoda Art is a service for printing special colours, images and graphics onto fabric ducting systems. The service allows designers and specifiers to create colourways that either contrast or blend, or apply branding to fabric ducting systems. Prihoda uses stable fabric weaves which are flame retardant and non-fibre shredding - the smooth

Fabric ducting delivers cool air. The high diffusion area of a fabric duct allows large volumes of air to escape through the weave and the diffusers at very low velocity, proving many kW of cooling capacity with very comfortable working conditions. The permeable weave of the fabric ducting allows air to exit at every point on the duct

Textile diffusers - also known as air socks, textile ventilation and fabric ducts - are manufactured bespoke to suit each application. Heating, cooling, and tempered fresh air, or a mixture of all three, can be provided. Prihoda holds different types of duct material in stock, and each system is made to order. The most common materials are

Prihoda Fabric Ducts for Food Industry Ventilation are ceiling-mounted air distribution systems made from smooth, cleanroom-quality, non-fibre shedding material, designed to deliver high air volumes for cooling in food production areas while maintaining low air velocity and consistent temperature control: ceiling-mounted fabric ducting system for

Prihoda Fabric Ducts for Cleanroom Air Ventilation are non-fibre shedding ISO4 (Class 10) textile air distribution systems made from washable polyester, designed to deliver particle-free air and maintain high cleanliness standards in cleanrooms: textile air ducting system for cleanroom ventilation; made from non-fibre shedding ISO4 (Class 10

Prihoda Fabric Ducts are textile-based air ventilation systems made for large retail and supermarket spaces, combining duct and diffuser in one product to deliver air where needed and reduce installation costs: textile air ventilation system for large open commercial spaces; can save up to 70% on installation costs compared to rigid ducting

Prihoda designs and installs ‘make up air’ or ‘fresh air’ systems for rooms by providing high-level ducting which runs the length of the room, delivering fresh air evenly into the space all along the length of the duct. Using their unique micro-perforation system Prihoda can either deliver the air evenly around the duct circumference or can laser

Prihoda fabric ducting is a textile air distribution system designed for efficient air delivery in commercial and technical spaces. Made from specialist fabrics, it is available in round, half-round, quarter round, ellipse, sector, square, and rectangular shapes to suit different ceiling heights, room layouts, and airflow needs: textile ducting

Fabric ducting provides a quiet, velocity-free alternative to traditional ventilation systems and air conditioning cassettes in offices and other noise-sensitive spaces. It is important to make sure that users of a space are comfortable - employees are more productive, customers continue to shop, and audiences will return to theatres if they are

Prihoda Fabric Ducts for Laboratory Air Ventilation are made from textile material and act as both ducts and diffusers, delivering large volumes of air at low velocity for even, controlled distribution. Only textile-based system with ISO4/Class 10 cleanroom quality as standard, designed for laboratories needing high air change rates: textile duct

Prihoda Fabric Ducts for Theatre & Cinema Ventilation are textile-based air distribution systems made from matte black flameproof polyester, designed to manage air flow and acoustics in venues while reducing installation time and cost compared to rigid ducting: textile ducting system for controlled air distribution in theatres and cinemas

Non-permeable material is used when heating with Prihoda fabric ducting so that all of the air exits the diffusers to travel to the occupied zone. Prihoda offers a range of diffusers which suit a large variety of applications. Most popular are laser-cut perforations, which start at Ø4mm and can be cut at any size above this. So Prihoda can make a

Prihoda specialises in fabric ducting systems for air ventilation in a wide range of commercial and retail environments, including restaurants. Systems can be designed and installed for new-build projects, or as replacements for existing traditional ducting systems. Compared to traditional ducting systems, Prihoda fabric ducting offers several key

Office building environmental air systems commonly experience several problems with air movement and temperature. Here we look at the 5 most common issues and how Prihoda fabric ducting can help solve these. Lack of air movement is often caused by insufficient air volume or, more likely, poor distribution of air within the space, so that parts of the building

Prihoda is the only global fabric ducting manufacturer to offer 100% post-consumer recycled material made entirely from used plastic water bottles. Every single square metre of ducting used saves 13 plastic bottles from landfill (500ml bottles). The ducts are also flame retardant, antibacterial and non-fibre-shedding to clean room quality. They

Prihoda fabric ducts are textile-based air distribution systems designed to deliver fresh air and air movement in educational environments. These ducts are made from cleanroom non-fibre shedding material and are flame retardant, meeting European and US regulatory standards. The system enables even air distribution at low noise and velocity levels

Prihoda can address all issues with sports hall ventilation with its bespoke fabric ducting. Sports hall ventilation often combines the worst circumstances for trying to make a project work. Ducts are usually mounted at a high level, often over 10m, and supply air temperatures tend to be quite a bit warmer than the ambient room temperature

In rooms with high ceilings and large volumes it is important to get the correct mix of throw and distribution to meet the needs of the space or product being stored / distributed. It’s impossible to give rooms like warehouse with huge volumes high air change rates. It’s all about distributing and targeting the air where it needs to be

Prihoda Fabric Ducting for Displacement Ventilation is a textile air distribution system designed to introduce low-velocity, conditioned air into rooms, using micro-perforations to deliver precise airflow. Made from fabric, it supports both high and low level installation and is suitable for hot or cold air distribution: textile ducting system for

Prihoda designs, manufactures and supplies fabric ducting systems for fitness centres and gyms. For large open gyms and other fitness venues, fabric ducting can provide an optimal air distribution system where more traditional rigid systems may struggle or become expensive. Often large sports halls suffer from quite low air volumes and quite large