EN AW-6005A Alloy

Aluminum Wrought Alloy
AlSiMg(A) / 3.3210

EN AW-6005A Alloy

Aluminum Wrought Alloy
AlSiMg(A) / 3.3210

EN AW-6005A Alloy

Aluminum Wrought Alloy
AlSiMg(A) / 3.3210

Alluminum alloy EN AW-6005A

Highly formable and versatile

Like many alloys from the AlSiMg(A) group, the EN AW-6005A aluminum alloy offers medium strength with excellent formability and workability.

Its versatility and balanced properties make it a preferred choice for structural applications, including automotive, shipbuilding, and construction, and its exceptionally lightweight design. Additionally, its good electrical and thermal conductivity makes it widely used in various electrical industry sectors.

Key characteristics of EN AW-6005A:

  • Medium strength
  • Excellent weldability
  • High corrosion resistance
  • Good machinability
  • High thermal conductivity
  • Excellent formability

Data sheet EN AW-6005A / (AlSiMg(A))

Key physical and chemical characteristics

ConditionComparableWall thickness [mm]Minimum tensile strength Rm [Mpa]Yield point Rp0,2 [Mpa], minElongation at break A [%], minElongation at break A50mm [%], minHardness Typical value HTVElectrical conductivity soft [MS/m]Electr. resistance [nΩm]Thermal conductivity at 20° [W/mK]Specific heat constant [J/kgK]
T4

open profile

AlMgSi0,7 F20 ≤ 2518090151350 26-3236176898
T6

open profile

AlMgSi0,7 F27 ≤ 5

5 t ≤ 10

10
t ≤ 25

270

260

250

225

215

200

8

8

8

6

6

6

90

85

85

26-3236176898
T4

Hollow profile

AlMgSi0,7 F20≤ 1018090151350 26-3236176898
T6

Hollow profile

AlMgSi0,5 F27≤ 5

5 t ≤ 15

255

250

215

200

8

8

6

6

85

85

26-3236176898

Properties of EN AW-6005A in comparison

to other alloys from the (AlSiMg(A)) group

Primary application areas of EN AW-6005A

Automotive industry

Automotive industry

Ideal for structural vehicle components, improving fuel efficiency through weight reduction.

Construction

Construction

Used in frames and bracing due to its high strength and corrosion resistance.

Mechanical engineering

Mechanical engineering

Preferred for machine parts requiring high strength and good machinability.

Electrical industry

Electrical industry

Suitable for housings and components requiring strength and thermal conductivity.

Shipbuilding

Shipbuilding

Excellent for components exposed to saltwater and mechanical stress.

Transport equipment

Transport equipment

Utilized for loading platforms and other structures requiring high stability and impact resistance.

Automotive industry

Automotive industry

Ideal for structural vehicle components, improving fuel efficiency through weight reduction.

Construction

Construction

Used in frames and bracing due to its high strength and corrosion resistance.

Mechanical engineering

Mechanical engineering

Preferred for machine parts requiring high strength and good machinability.

Electrical industry

Electrical industry

Suitable for housings and components requiring strength and thermal conductivity.

Shipbuilding

Shipbuilding

Excellent for components exposed to saltwater and mechanical stress.

Transport equipment

Transport equipment

Utilized for loading platforms and other structures requiring high stability and impact resistance.

Focus on selected markets

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