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Aluminum Composite Panel
Aluminum Composite Panel

Aluminum composite panels are ideal for environments with relative humidity < 25%. It is composed of a central core in extruded IDPE polyethylene, coated on both sides with an aluminum sheet, pre-painted at 25 microns. Composite aluminum paneling offers reduced environmental risks due to its improved and permanent surface finish for contamination-controlled environments. Composite aluminum paneling is more economic than other types of paneling.

Skin Material Thickness3 mm, 4 mm
Panel Thickness55 mm, 85 mm
Maximum Length4000mm - 7000mm
Width45 mm, 80 mm and 100 mm
In-fillPUF, PIR, Rockwool, Honeycomb

Features

1

Light weight

2

Corrosion resistant

3

High strength

4

Chemical resistant

5

Weatherproof

Insulation

ROCKWOOL (RW)

ROCKWOOL (RW)

Sheets of fireproof Rockwool oriented perpendicular to the plane.

Density

Density 48, 96, 144

fire_reaction

Fire reaction class B3

thermalConductivity

Declared thermal conductivity (λ) 0.022 W/mK (EN 12667)

POLYISOCYANURATE FOAM (PIR)

POLYISOCYANURATE FOAM (PIR)

Sheets of expanded Polyisocyanurate foam, composites of polyol and isocyanate.

Density

Density 43 ± 2

fire_reaction

Fire reaction class B3

thermalConductivity

Declared thermal conductivity (λ) 0.033 W/mK (EN 12667 or 13163)

ALUMINIUM HONEYCOMB (AHC)

ALUMINIUM HONEYCOMB (AHC)

AHC sheets consists of aluminum alloy 3003.

Density

Density 35±1

fire_reaction

Fire reaction class A0

thermalConductivity

Declared thermal conductivity (λ) NA

POLYURETHANE (PUF)

POLYURETHANE (PUF)

Slab of expanded Polyurethane foam, composites of polyol and isocyanate.

Density

Density 42±2

fire_reaction

Fire reaction class B3

thermalConductivity

Declared thermal conductivity (λ) 0.022 W/mK (EN 12667)

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