Exalco BOND

Description:

Aluminium Composite Material for exterior cladding applications

The material

EXALCO-BOND is an exclusive product by Exalco. It consists of a non-toxic 3mm polyethylene core bonded between 0.5mm aluminium facing and backing sheets. The standard overall thickness of the material is 4mm. The facing sheet features a durable colour coating.

Intended use

Exalco-bond is used for exterior cladding applications both for new and older renovated buildings. Industrial and office buildings, bank branches are some of the indicated product’s applications. Exalco-bond’s advantage is the unlimited architectural freedom for the designer offering the ability to create different shapes and modern sense at the building’s exterior.

The application

Exalco-bond’s main advantage is its low weight. Respectively, the supporting construction of Exalco-bond can be made from aluminium profile sections or metallic, but still remaining a light construction. Exalco-bond, can be placed by several ways on the supporting construction either at completed sheets, or at frames.

The advantages

• High quality aluminium alloy for long durability

• Superior flatness and surface smoothness with a wide colour range.

• Low weight and extreme rigidity.

• Ease of fabrication. Configuration using ordinary working tools.

• Speedy fabrication which reduces total cost.

• Recyclable and environmentally friendly.

• Easy cleaned and maintained.

Technical Characteristics Table

Description	Τιμή
Overall thickness	4.0 mm
Alu-sheet thickness	0.5 mm
Aluminium alloy	5005Η
Core material	Polyethylene (PE)
Weight	5.5 kg/m²
Elasticity module	70000 N/mm²
Thermal transmittance coefficient λ	0.35 W/m Κ
Linear expansion coefficient	4.12 x 10^-5 m/m K
Sound reduction coefficient	27 dB
Reaction to fire according to standards	B2, DIN 4102, Part 1
	INDEX 0, BS 476-Part 6
	CLASS 1, BS 476-Part 7
Coating	3 layers PVDF 70% KYNAR-500

Download Catalogue Interest Enquiry

Click to zoom

Technical Characteristics
Certificates
Photographs and applications