Stadiums / Arenas
Perfect indoor air quality for entertainment venues
Stadiums and arenas can attract thousands of people for various events. As a result, indoor air quality is of paramount importance. Fabric-based air diffusion systems ensure a high level of comfort for visitors and adapt perfectly to the interior design. Fabric ducts are also impact resistant, so even in case of accidental contact, the ducts will maintain their shape.
We have the experience and the know how to guide you through your project
Even air distribution
Distributes air evenly throughout floors of exhibition halls
Easy installation
As simple as it can get, no heavy machinery is needed, except for simple lifts to reach the high ceiling
Long lifespan
It is proven that the same fabric ducts can be used for decades
Aesthetic solution
Fabric ducts can be printed in any color and integrated into your design
Impact resistant
Ducts are flexible and can maintain their shape even after accidental bumps
High Indoor Air Quality
Creates a perfect and draft-free environment for event attendees
Other products
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.
FAQ
Warm air is less dense than cooler air and can accumulate at high level, creating thermal stratification. Air distribution needs to account for the full height of the venue so conditioned air reaches the zones where athletes, performers and spectators actually need it.
Related terms: thermal stratification, arena ventilation, high ceilings, temperature distribution, flow models, ice arena ventilation
FabricAir offers cable, H-rail and T-rail suspension systems that can be configured according to duct size, building structure and required mounting height. Suspension types can also be combined where the installation demands it.
Related terms: cable suspension, H-rail, T-rail, arena HVAC, high-ceiling installation, suspension systems
Yes, where the fabric system is designed with lower overall resistance than the alternative. Reducing pressure loss can reduce the fan power required for a given airflow, but the actual energy saving depends on the complete HVAC system and operating conditions.
Related terms: static pressure, fan energy, arena HVAC, energy efficiency, fabric vs metal ductwork, pressure loss
Yes. Directional and surface flow models can be combined and positioned differently according to each zone. This allows the system to respond to different ceiling heights, occupancies and airflow requirements across seating, playing and circulation areas.
Related terms: stadium zoning, directional airflow, surface flow, custom air distribution, combining flow models, flow models
