• More reduced weight of the structures

• High resistance to corrosion thanks to anodization  thickness 13-15 μm of the profiles surface and the  tendency of the material to passivate in the air

• High strenght reported to weight, obtained thanks to  an attentive study of the profiles turned to the optimisation of the mass in function of the maximum  of strenght

• Easy realization of the structures thanks to the large  range of accessories studied on purpose of solar panels installations and the absolute compatibility with all the accessories on ALUSIC catalogue

• Aesthetics impact reduced to minimum

• Absolutely diamagnetic of the materia

• Easily recycling of the material turn to safeguard the  environment also in case of dismantling of the  structures

The mechanical characteristics obtained after heat treatment :

• Alloy 6060:

- Maximum Stress: 215 N/ mm²

- Yeld Stress: 160 N/ mm²

- Extension: 12%

- Handness: 70 HB

• Alloy 6063:

- Maximum Stress: 245 N/ mm²

- Yeld Stress: 200 N/ mm²

- Extension: 9%

- Handness: 80 HB

• Extruded aluminium profiles are realized in primary aluminium alloy EN AW-6060 (AlMgSi 0.5) – EN  AW6063 (AlMgSi1

• The metallurgic state of supplied bars is T6  (solution heat treatment and artificially aged

• Chemical composition Alloy 6060:

- Cu: 0.10

- Fe: 0.1-0.3

-Mn: 0.10

- Mg: 0.35-0.6

- Si: 0.3-0.6

- Zn: 0.15

- Cr: 0.05

- Ti: 0.10

- Al: Resto

• Chemical composition Alloy 6063:

- Cu: 0.10

- Fe: 0.35

-Mn: 0.10

- Mg: 0.45-0.9

- Si: 0.2-0.6

- Zn: 0.10

- Cr: 0.10

- Ti: 0.10

- Al: Resto

• Young Modulus: 69000 N/mm²

• Electric Resistively: 0.033 Ωmm²/m

• Thermal Conductivity: 210 W/mK

• Casting Temperature: 615-655 °C

• Coefficient of Thermal Expansion: 25x10^-6 K-1