The blind panels are 600 x 600 mm and 24" x 24", and 50 mm thick (which includes the conductive PVC), with a coating of 2 mm thickness, and a maximum deformation of 2 mm, during full load.
They are produced by high pressure die casting of an aluminium alloy, thanks to an advanced concept die matrix.
The panels are mainly made of solid plates, with inferior stiffner ribs, symmetrically positioned on the panel’s surface.
The thickness and height vary in order to guarantee higher resistance and appropriate load distribution.
Each panel is finished on site using computerised numerical control (CNC) machine-driven equipment.
The Perforated panels are developed from the Blind ones, so they have the same specifications, with the addition of 512 or 1024 holes for the aeraulic flow, that covers more than 20% of the free area of the entire surface.
The perforated panels can be equipped with air dampers, made by two steel sheets, that can be galvanised or epoxy powder painted, with chamfered holes and a manual mechanical recording device.
This device will be applied to the reticular structure in order to guarantee its stability without interfering with the damper’s operating.
The Grated panels are 600 x 600 mm and 24" x 24, with a maximum finished thickness of 48 mm. They are produced by high pressure die casting of an aluminum alloy.
The advanced concept matrix produces a ribbed panel. These ribs have different heights and thicknesses in order to create a reticular structure that ensures higher resistance and load capacity specifications.
The die casting procedure is standardised and in accordance with ISO UNI EN 9001=2015 total quality specifi cations.
The ribbed layout produces 526 chamfered holes, with a maximum size of 35 x 16 mm, equal to 55% of the free area of the entire area, for the aeraulic flow.
The groups of holes will be aligned perpendicularly and according to the 25 main quadrants of the panel.