01

AIR FLOW CONTROL

The longitudinal drilling, developed over the entire surface of the channel, and optimised with artificial intelligence, creates a homogeneous volumetric displacement that affects

uniformly throughout the environment, also enveloping any obstacles present. Differently, in the case of traditional ventilation,

These obstacles would divert or impede the flow.

02

ABSENCE OF ENVIRONMENTAL STRATIFICATION

The volume to be treated is invested in its entirety, thus obtaining a scan as wide as possible of the environment to be ventilated, and at the same time

at the same time mixed in a short period of time, thus avoiding the phenomenon of temperature stratification in the environment, both in

horizontal and vertical direction.

03

LESS NUMBER OF CHANNELS

To uniformly treat all areas of the environment to be air conditioned, choosing a traditional system, we should create a circuit

as widespread as possible, since the launch capacity of the accessories is much lower than that of inductive ducts.

ForoJet® inductive ducts, on the other hand, have high launch performances, managing to reach over 10 metres per side of the duct,

regardless of the length and installation height.

04

ENERGY SAVINGS AND FINAL CONSTRUCTION COSTS

• The ForoJet® micro-perforated channel duct system allows for significant savings in energy consumption both in heating and cooling.

cooling .

• Reduction of air volumes compared to traditional systems with the same thermal potential, with consequent reduction of

size of the ventilation units, therefore lower thermal power at service.

•Reduction of pressure drops, which translates into less power installed on the fan.

•Simplicity and speed of assembly, with significantly reduced labor costs.

•Reduction of the time required for the design temperatures established for the treated rooms to reach the required level.