NozzFlowTM is used in applications where very precise directional airflow is needed. The discharge coefficient is almost at unity due to the shape of the nozzle. This results in higher discharge velocities than an equivalently sized orifice, and longer more directional throws.

Data sheet

Exit velocity9,0 to 30,0 m/s [1,772 to 5,905 fpm]
SurfaceNozzles 18,0 mm [0.71"] diameter


FabricAir has many different flow models that can be divided into two main categories: surface and directional flow models.

Directional flow models will have a row(s) of air distribution, whereas surface flow models will utilize much more of the surface area of the duct to release the... Read more

Combining Flow Models

FabricAir offers a wide variety of flow models that can be combined to create the ideal air distribution in any given project to addressing your specific challenges. 

The ideal flow model often consists of primary and secondary airflows in a combination depending on throw requirements... Read more

Flexible positioning of the flow model
Rows of flow models are placed at the desired position (indicated using a clock dial) around the circumference. The position is flexible. FabricAir engineers help design the optimum position for each application.