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Round Solid Aluminium Bar Ø150 mm L=2000 mm – Duralumin 2017A T4

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Round solid aluminium bar EN AW-2017A T4 (AlCu4MgSi, duralumin). Diameter Ø150 mm, length 2000 mm. Weight 98.96 kg. Raw, non-anodised surface.

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with VAT without VAT
Price €1,105.06
incl. 23% VAT
pcs.
Availability:
In stock (large quantity)
Shipping time: 10 Business days

Product features

[PIM] prety-okragle #167

  • Material Aluminium
  • Diameter 150
  • Length [mm] 2000

Description

Round Solid Aluminium Bar Ø150 mm L=2000 mm – Duralumin 2017A T4

Round solid aluminium bar Ø150 mm in alloy 2017A T4 – perspective view
Round solid aluminium bar Ø150 mm in alloy 2017A T4 – perspective view

Round solid aluminium bar Ø150 mm in EN AW-2017A T4 alloy (duralumin), length 2000 mm. A high-strength material with excellent machinability — the ideal choice wherever a reliable aluminium semi-finished product is required for precision CNC machining, turning, or milling.

The 2017A T4 alloy (AlCu4MgSi) belongs to the duralumin family — copper-based aluminium alloys characterised by strength comparable to structural steel whilst maintaining a significantly lower weight. This makes the bar well suited for the production of heavily loaded machine components, shafts, pins, bushings, and structural parts where the strength-to-weight ratio is paramount.

Cross-section of a round bar with diameter designation ØA
Cross-section of a round bar with diameter designation ØA

Technical Specification

  • Cross-section: round solid bar
  • Diameter (ØA): 150 mm
  • Length: 2000 mm
  • Dimensions (Ø × length): Ø150 × 2000 mm
  • Weight: 98.96 kg (49.48 kg/m)
  • Surface: raw (non-anodised)

Material

  • Alloy: aluminium 2017A T4 (EN AW-2017A)
  • Chemical composition: AlCu4MgSi
  • Numerical designation: 3.1325
  • Other names: PA6, duralumin

Applications

The bar is intended for further mechanical processing. Typical applications include:

  • Turning and CNC machining — precision turned components, bushings, pins
  • Shafts and axles — high strength at low weight
  • Machine and equipment parts — mechanically loaded components
  • Structures — load-bearing components requiring lightweight material
  • Modelling and prototyping — easy to machine

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