Powder coated aluminium solar profile 40×40 mm 40x40 mm || bis 6.000 mm
Product information
The aluminium solar profile made of EN AW-6060 (AlMgSi0,5) is supplied with a powder-coated surface.
Technical characteristics:
- Material: AlMgSi0,5
- Material number: EN AW-6060
- Surface: powder-coated
- Coating thickness: approx. 60–80 µm
- Delivery condition: T66 (solution heat-treated + artificially aged)
- Theoretical weight: approx. 0.83 kg/m
- Manufacturing process: extruded
- Standards: EN 573-3, EN 755-1 / -2 / -9
Design features:
- Upper mounting channel slot 8 for M8 T-slot nuts
- Lower mounting channel slot 10 for fastening with M10 hammer-head bolts
- Extendable using profile connectors
Surface characteristics:
- uniform coating structure with closed protective layer
- Gloss level glossy: approx. 80–95 GE
- Gloss level matt: approx. 20–30 GE
- coating of all accessible outer surfaces as well as function-related profile contours
Material properties:
- low material density
- very high corrosion resistance
- uniform surface quality
- precise profile contour due to extrusion process
- good machinability
- non-magnetisable
- suitable for welding and soldering
- food-safe according to EN 602
Note: The solar profiles are suspended via the open ends using U-hooks. This results in small uncoated contact points at the profile ends. If required, these can be concealed with a touch-up paint pen (optionally available from us). These contact points are process-related and do not constitute a defect.
Thermal influence during the coating process may cause deviations from straightness. The usability of the profile remains unaffected.
The powder coating is applied circumferentially to the outer surfaces. This slightly increases the external dimensions of the square tube. The coating thickness is approximately 0.06–0.08 mm per side, increasing width and height accordingly. With additional primer, the total coating build-up may increase.
The sawn end faces are not coated, untreated and not deburred.
Variations in colour tone or surface appearance compared to the product images may occur due to batch differences and may vary depending on display settings.
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