PERFORATED VENTILATION PANELS
NEW GENERATION OF PERFORATED VENTILATION PANELS FOR RAISED ACCESS FLOORS
POLYGROUP has developed a new generation of perforated panels and ventilation grilles for raised technical floors. GAMAFLOR G perforated ventilation panels are manufactured entirely of reinforced smooth steel providing the system with maximum static and rolling load resistance as well as the highest fire rating. All Gamaflor perforated raised access floor panels ranges are suitable to both GAMAFLOR FULL STEEL system and GAMAFLOR PAC/BANK system, and in the same way, they are compatible with a multitude of raised floor systems on the market worldwide.
The steel ventilation panels are adjustable to raised access floor panels of 30 to 40 mm thickness and guarantee a constant and safe air flow in the cold aisle areas of DATA CENTERS where air cooling distribution under the raised access floor is required.

PERFORATED PANEL G17
Opening area of 17%

PERFORATED PANEL G58
Opening area of 58%

PERFORATED PANEL G25
Opening area of 25%

TRAFP GRILL
Ventilation grill

PERFORATED PANEL G42
Opening area of 42%

PAC 35 MICROPERFORATED
Opening area depends on design

HIGH PERFORMANCE FEATURES
GAMAFLOR perforated raised floor panels are designed to meet the technical room static and rolling loads requirements, as well as DATA CENTERS. They are designed to ensure a continuous flow of air from the raised access floor plenum in order to improve the optimal room equipment cooling management thanks to hot/cold aisle technology. The new manufacturing technology with smooth steel will ensure a sound reduction of the air outlet compared to traditional aluminum ventilation grilles of technical floors.

High load capacity

Fire resistance

Acoustic features

Light weight

Guaranteed air flow
PANEL PROFILE
Depending on the amount of airflow required from the raised access floor, different perforated panels have been developed with openings dampers according to the air flow average required. These perforated panels for raised access floor can incorporate a flow regulator dapert in the lower part to better control the air flow from each panel independently as well as a directional damper that will direct the air flow to the equipment that needs to be cooled.