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Huge facilities with electronics or electrical control rooms generate a lot of heat and carbon dioxide, therefore perfect air distribution must be top-notch. Fabric-based air distribution solutions can help prevent sensitive electronics from overheating and effectives remove carbon dioxide.
Distributes air evenly throughout vast open and even low-ceiling spaces
As simple as it gets; no heavy machinery is needed
Proven durability for decades to come
Fabric does not rust, thus eliminating the risk of corrosion
Create a perfect and safe environment in your electronics related rooms. Check out the components below for more information.
Duct system is custom engineered to create the ideal fit for each application’s specific requirements. Through years of extensive research and work, we have gathered enormous experience. Below, find our suggestions for perfect air distribution in your facility.
Each application requires specific fabric properties. Learn more in the selection below.
Our flow models are design to meet the challenges of any application. The ideal flow model for your project is listed below.
Our suspension systems meet any installation challenge. Review the suggested suspension combinations below for your application.
Our engineers tailor duct profiles to the challenges of each project. Learn more in the selection below.
Check out below additional solutions for this application.
The FabricAir® VarioDuct™ provides different flow models for cooling and/or heating purposes. It is tailored with an internal membrane that separates the two airflows.
Yes. Selected FabricAir fabrics are available with an optional antistatic property designed to help dissipate electrical charge. This can be relevant in electronics manufacturing, data centers and control rooms where electrostatic discharge may affect sensitive equipment.
Related terms: antistatic fabric duct, ESD protection, electrostatic discharge, electronics manufacturing, Combi Eco 90 antistatic option, data centers
Conductive elements can be incorporated into the fabric, while electrical connections between duct sections help maintain continuity along the system. Correct grounding and the wider ESD-control strategy still need to be designed for the individual facility.
Related terms: conductive yarn, electrical continuity, grounding, antistatic fabric, ESD control, antistatic fabric, fabric documentation
Electrical and electronic equipment can generate concentrated heat loads that need to be removed reliably. Poor air distribution can leave local hot spots that affect equipment performance and reliability, so the system should be engineered around the actual equipment layout and heat load.
Related terms: control room cooling, electronics heat load, overheating, precision airflow, even air distribution, data center cooling, custom-engineered airflow
Permeable fabric allows a controlled amount of supply air through the duct surface, helping keep the textile dry and reducing the risk of condensation forming on the duct itself. The complete HVAC system still needs to maintain suitable temperature, humidity and dew-point conditions.
Related terms: condensation control, permeable fabric, electrical equipment, dew point, corrosion resistance, fabric ducting, FabricAir FAQs
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