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Aluminium Flat Bar EN AW-6060 T6/T66, 40×8 mm, Length 2000 mm

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Aluminium flat bar EN AW-6060 T6/T66 (AlMgSi0.5), 40×8 mm, length 2000 mm. Weight 1.72 kg/length. Raw, non-anodised surface. Suitable for support structures, frames and racks.

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Price €19.21
incl. 23% VAT
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Shipping time: 24 hours

Product features

[PIM] Cat 150 #150

  • Material Aluminium
  • Length [mm] 2000
  • Thickness [mm] 8

Description

Aluminium Flat Bar EN AW-6060 T6/T66, 40×8 mm, Length 2000 mm

Aluminium flat bar 40×8 mm – perspective view of flat profile
Aluminium flat bar 40×8 mm – perspective view of flat profile

Aluminium flat bar 40×8 mm in alloy EN AW-6060 T6/T66 (AlMgSi0.5 / PA38) is a versatile flat profile with a length of 2000 mm, designed for support structures, mounting frames, finishing and repairs. Thanks to its low self-weight of just 1.72 kg per 2-metre length and high corrosion resistance, this flat bar is ideal wherever durability and ease of machining matter — both in photovoltaic installations and general structural work.

The EN AW-6060 alloy in T6/T66 temper provides good rigidity whilst retaining sufficient ductility for bending and forming. The raw (non-anodised) surface allows further processing — anodising, powder coating or painting — depending on project requirements.

Dimensional drawing of aluminium flat bar cross-section – width A, thickness T
Dimensional drawing of aluminium flat bar cross-section – width A, thickness T

Technical Specification

  • Cross-section: flat bar (flat profile)
  • Width (A): 40 mm
  • Thickness (T): 8 mm
  • Length: 2000 mm
  • Material: aluminium EN AW-6060 T6/T66 (AlMgSi0.5 / PA38)
  • Surface: raw (non-anodised)
  • Weight per 2 m length: 1.72 kg (0.86 kg/m)

Applications

The 40×8 mm aluminium flat bar is widely used by installation companies as a structural support element for photovoltaic panels, for building frames and racks, as reinforcement for mounting profiles, and for edge finishing and protection. It is also well suited to metalwork — it can be easily cut, drilled and joined using bolts or rivets. Its low weight facilitates transport and installation at height, whilst aluminium's corrosion resistance eliminates the need for additional anti-corrosion treatment under typical atmospheric conditions.

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