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EN AW-6005A

angle

A technical illustration of the product with dimensions of the material EN AW-6005A from the material Aluminum in the shape angle
  • Form angle
  • Material Aluminum
  • Material EN AW-6005A
  • Material chemically EN 573-3 Aluminium Al Mg Si0.7
  • DIN 3.3210
An image of the material EN AW-6005A from the material Aluminum in the shape angle
A technical illustration of the product of the material EN AW-6005A from the material Aluminum in the shape angle

Features of this material

  • Age-hardenable alloy (HT) with high mechanical properties
  • medium fatigue strength
  • very suitable for use in the food industry

Features of this material

  • very good corrosion resistance
  • well suited for welding with all welding methods
  • very well suited for anodising / anodising / hard anodising.

Information about the material

  • Aviation
    Aviation No
  • Chemical specifications
    Be (from) 0
    Be (to) 0
    Co (from) 0
    Co (to) 0
    Cr footnote reference c)
    Cr (to) 0.3
    Cu (to) 0.3
    Fe (to) 0.35
    Mg (from) 0.4
    Mg (to) 0.7
    Mn footnote reference c)
    Mn (to) 0.5
    Other max. 0,05
    Rest Al
    Si (from) 0.5
    Si (to) 0.9
    Ti (to) 0.1
    Total max. 0,15 a) b) c)
    Zn (to) 0.2

    a) Schließt alle aufgeführten Elemente ein, für die keine Grenzwerte angegeben sind. b) Die Summe dieser "Anderen Beimengungen", deren Masseanteil einzeln 0,010 % oder mehr beträgt, wird mit zwei Dezimalstellen vor der Summenbildung ausgedrückt. c) Mn + Cr 0,12 - 0,50

  • Corrosion resistance
    Normal atmosphere 1.5
    Seawater atmosphere 2
  • Cutting
    Laser cutting 3
    Plasma cutting 2
    Sawing 2
    Shear cutting 2
    Waterjet cutting 1
  • Food industry
    suitable according to DIN EN 602 No
  • Forming
    Bending 5
    Bending delivery conditions T6
    Extruding 2
    Impact extrusion 5
    Impact extrusion conditions T6
    Press 5
    Press conditions T6
    Upsetting (Conditional) 5
    Upsetting conditions T6
  • Heat treatment - Softannealing
    Heating time max. 2 h
    Heating time min. 1 h
    Annealing temperature max. 420 °C
    Annealing temperature min. 380 °C
    Cooling conditions Abkühlung im Ofen mit > / = 30 °C / h, bis 250°C, unterhalb 250 °C an Luft
    Mit Temperatur ist Metalltemperatur gemeint.
    Um eine gute Planheit nach dem Glühen zu erreichen ist zu empfehlen unter Belastung zu glühen.
  • Heat treatment - Solution annealing
    Heat ageing max. 16 h
    Heat ageing min. 4 h
    Heating temperature max. 190 °C
    Heating temperature min. 155 °C
    Quenching Luft / Wasser
    Solution annealing max. 540 °C
    Solution annealing min. 525 °C
  • Material
    Material chemically EN 573-3 Aluminium Al Mg Si0.7
    DIN 3.321
    DIN (old designation) AlMgSi0,7
    France AFNOR NF-A-GS0,5
    Italy UNI UNI-9006/6 [P-AlMg0,6Si0,7MnCr]
    Spain L-3454 [Al-0,7SiMg]
  • physical properties
    Coefficient of thermal expansion from 20 to 100°C 23.4 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 200°C 25 K⁻¹10⁻⁶
    Density 2.7 g/cm³
    Electrical conductivity max. 23 m/Ω*mm²
    Electrical conductivity min. 26 m/Ω*mm²
    Thermal conductivity max. 220 W/m*K
    Thermal conductivity min. 180 W/m*K
  • Soldering
    Brazing 4
    Brazing with flux 4
    Soft soldering 4
    Soft soldering with flux 4
  • Welding
    Friction stir welding 2
    Friction welding 2
    Laser 2
    MIG 2
    Plasma 2
    Resistance spot welding 3
    TIG 2
  • Aviation
    Aviation No
    Aviation No
  • Chemical specifications
    Be (from) 0
    Be (from) 0
    Be (to) 0
    Be (to) 0
    Co (from) 0
    Co (from) 0
    Co (to) 0
    Co (to) 0
    Cr footnote reference c)
    Cr footnote reference c)
    Cr (to) 0.3
    Cr (to) 0.3
    Cu (to) 0.3
    Cu (to) 0.3
    Fe (to) 0.35
    Fe (to) 0.35
    Mg (from) 0.4
    Mg (from) 0.4
    Mg (to) 0.7
    Mg (to) 0.7
    Mn footnote reference c)
    Mn footnote reference c)
    Mn (to) 0.5
    Mn (to) 0.5
    Other max. 0,05
    Other max. 0,05
    Rest Al
    Rest Al
    Si (from) 0.5
    Si (from) 0.5
    Si (to) 0.9
    Si (to) 0.9
    Ti (to) 0.1
    Ti (to) 0.1
    Total max. 0,15 a) b) c)
    Total max. 0,15 a) b) c)
    Zn (to) 0.2
    Zn (to) 0.2

    a) Schließt alle aufgeführten Elemente ein, für die keine Grenzwerte angegeben sind. b) Die Summe dieser "Anderen Beimengungen", deren Masseanteil einzeln 0,010 % oder mehr beträgt, wird mit zwei Dezimalstellen vor der Summenbildung ausgedrückt. c) Mn + Cr 0,12 - 0,50

  • Corrosion resistance
    Normal atmosphere 1.5
    Normal atmosphere 1.5
    Seawater atmosphere 2
    Seawater atmosphere 2
  • Cutting
    Laser cutting 3
    Laser cutting 3
    Plasma cutting 2
    Plasma cutting 2
    Sawing 2
    Sawing 2
    Shear cutting 2
    Shear cutting 2
    Waterjet cutting 1
    Waterjet cutting 1
  • Food industry
    suitable according to DIN EN 602 No
    suitable according to DIN EN 602 No
  • Forming
    Bending 5
    Bending 5
    Bending delivery conditions T6
    Bending delivery conditions T6
    Extruding 2
    Extruding 2
    Impact extrusion 5
    Impact extrusion 5
    Impact extrusion conditions T6
    Impact extrusion conditions T6
    Press 5
    Press 5
    Press conditions T6
    Press conditions T6
    Upsetting (Conditional) 5
    Upsetting (Conditional) 5
    Upsetting conditions T6
    Upsetting conditions T6
  • Heat treatment - Softannealing
    Heating time max. 2 h
    Heating time max. 2 h
    Heating time min. 1 h
    Heating time min. 1 h
    Annealing temperature max. 420 °C
    Annealing temperature max. 420 °C
    Annealing temperature min. 380 °C
    Annealing temperature min. 380 °C
    Cooling conditions Abkühlung im Ofen mit > / = 30 °C / h, bis 250°C, unterhalb 250 °C an Luft
    Mit Temperatur ist Metalltemperatur gemeint.
    Um eine gute Planheit nach dem Glühen zu erreichen ist zu empfehlen unter Belastung zu glühen.
    Cooling conditions Abkühlung im Ofen mit > / = 30 °C / h, bis 250°C, unterhalb 250 °C an Luft
    Mit Temperatur ist Metalltemperatur gemeint.
    Um eine gute Planheit nach dem Glühen zu erreichen ist zu empfehlen unter Belastung zu glühen.
  • Heat treatment - Solution annealing
    Heat ageing max. 16 h
    Heat ageing max. 16 h
    Heat ageing min. 4 h
    Heat ageing min. 4 h
    Heating temperature max. 190 °C
    Heating temperature max. 190 °C
    Heating temperature min. 155 °C
    Heating temperature min. 155 °C
    Quenching Luft / Wasser
    Quenching Luft / Wasser
    Solution annealing max. 540 °C
    Solution annealing max. 540 °C
    Solution annealing min. 525 °C
    Solution annealing min. 525 °C
  • Material
    Material chemically EN 573-3 Aluminium Al Mg Si0.7
    Material chemically EN 573-3 Aluminium Al Mg Si0.7
    DIN 3.321
    DIN 3.321
    DIN (old designation) AlMgSi0,7
    DIN (old designation) AlMgSi0,7
    France AFNOR NF-A-GS0,5
    France AFNOR NF-A-GS0,5
    Italy UNI UNI-9006/6 [P-AlMg0,6Si0,7MnCr]
    Italy UNI UNI-9006/6 [P-AlMg0,6Si0,7MnCr]
    Spain L-3454 [Al-0,7SiMg]
    Spain L-3454 [Al-0,7SiMg]
  • physical properties
    Coefficient of thermal expansion from 20 to 100°C 23.4 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 100°C 23.4 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 200°C 25 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 200°C 25 K⁻¹10⁻⁶
    Density 2.7 g/cm³
    Density 2.7 g/cm³
    Electrical conductivity max. 23 m/Ω*mm²
    Electrical conductivity max. 23 m/Ω*mm²
    Electrical conductivity min. 26 m/Ω*mm²
    Electrical conductivity min. 26 m/Ω*mm²
    Thermal conductivity max. 220 W/m*K
    Thermal conductivity max. 220 W/m*K
    Thermal conductivity min. 180 W/m*K
    Thermal conductivity min. 180 W/m*K
  • Soldering
    Brazing 4
    Brazing 4
    Brazing with flux 4
    Brazing with flux 4
    Soft soldering 4
    Soft soldering 4
    Soft soldering with flux 4
    Soft soldering with flux 4
  • Welding
    Friction stir welding 2
    Friction stir welding 2
    Friction welding 2
    Friction welding 2
    Laser 2
    Laser 2
    MIG 2
    MIG 2
    Plasma 2
    Plasma 2
    Resistance spot welding 3
    Resistance spot welding 3
    TIG 2
    TIG 2
  • Aviation
    Aviation No
    Aviation No
  • Chemical specifications
    Be (from) 0
    Be (from) 0
    Be (to) 0
    Be (to) 0
    Co (from) 0
    Co (from) 0
    Co (to) 0
    Co (to) 0
    Cr footnote reference c)
    Cr footnote reference c)
    Cr (to) 0.3
    Cr (to) 0.3
    Cu (to) 0.3
    Cu (to) 0.3
    Fe (to) 0.35
    Fe (to) 0.35
    Mg (from) 0.4
    Mg (from) 0.4
    Mg (to) 0.7
    Mg (to) 0.7
    Mn footnote reference c)
    Mn footnote reference c)
    Mn (to) 0.5
    Mn (to) 0.5
    Other max. 0,05
    Other max. 0,05
    Rest Al
    Rest Al
    Si (from) 0.5
    Si (from) 0.5
    Si (to) 0.9
    Si (to) 0.9
    Ti (to) 0.1
    Ti (to) 0.1
    Total max. 0,15 a) b) c)
    Total max. 0,15 a) b) c)
    Zn (to) 0.2
    Zn (to) 0.2

    a) Schließt alle aufgeführten Elemente ein, für die keine Grenzwerte angegeben sind. b) Die Summe dieser "Anderen Beimengungen", deren Masseanteil einzeln 0,010 % oder mehr beträgt, wird mit zwei Dezimalstellen vor der Summenbildung ausgedrückt. c) Mn + Cr 0,12 - 0,50

  • Corrosion resistance
    Normal atmosphere 1.5
    Normal atmosphere 1.5
    Seawater atmosphere 2
    Seawater atmosphere 2
  • Cutting
    Laser cutting 3
    Laser cutting 3
    Plasma cutting 2
    Plasma cutting 2
    Sawing 2
    Sawing 2
    Shear cutting 2
    Shear cutting 2
    Waterjet cutting 1
    Waterjet cutting 1
  • Food industry
    suitable according to DIN EN 602 No
    suitable according to DIN EN 602 No
  • Forming
    Bending 5
    Bending 5
    Bending delivery conditions T6
    Bending delivery conditions T6
    Extruding 2
    Extruding 2
    Impact extrusion 5
    Impact extrusion 5
    Impact extrusion conditions T6
    Impact extrusion conditions T6
    Press 5
    Press 5
    Press conditions T6
    Press conditions T6
    Upsetting (Conditional) 5
    Upsetting (Conditional) 5
    Upsetting conditions T6
    Upsetting conditions T6
  • Heat treatment - Softannealing
    Heating time max. 2 h
    Heating time max. 2 h
    Heating time min. 1 h
    Heating time min. 1 h
    Annealing temperature max. 420 °C
    Annealing temperature max. 420 °C
    Annealing temperature min. 380 °C
    Annealing temperature min. 380 °C
    Cooling conditions Abkühlung im Ofen mit > / = 30 °C / h, bis 250°C, unterhalb 250 °C an Luft
    Mit Temperatur ist Metalltemperatur gemeint.
    Um eine gute Planheit nach dem Glühen zu erreichen ist zu empfehlen unter Belastung zu glühen.
    Cooling conditions Abkühlung im Ofen mit > / = 30 °C / h, bis 250°C, unterhalb 250 °C an Luft
    Mit Temperatur ist Metalltemperatur gemeint.
    Um eine gute Planheit nach dem Glühen zu erreichen ist zu empfehlen unter Belastung zu glühen.
  • Heat treatment - Solution annealing
    Heat ageing max. 16 h
    Heat ageing max. 16 h
    Heat ageing min. 4 h
    Heat ageing min. 4 h
    Heating temperature max. 190 °C
    Heating temperature max. 190 °C
    Heating temperature min. 155 °C
    Heating temperature min. 155 °C
    Quenching Luft / Wasser
    Quenching Luft / Wasser
    Solution annealing max. 540 °C
    Solution annealing max. 540 °C
    Solution annealing min. 525 °C
    Solution annealing min. 525 °C
  • Material
    Material chemically EN 573-3 Aluminium Al Mg Si0.7
    Material chemically EN 573-3 Aluminium Al Mg Si0.7
    DIN 3.321
    DIN 3.321
    DIN (old designation) AlMgSi0,7
    DIN (old designation) AlMgSi0,7
    France AFNOR NF-A-GS0,5
    France AFNOR NF-A-GS0,5
    Italy UNI UNI-9006/6 [P-AlMg0,6Si0,7MnCr]
    Italy UNI UNI-9006/6 [P-AlMg0,6Si0,7MnCr]
    Spain L-3454 [Al-0,7SiMg]
    Spain L-3454 [Al-0,7SiMg]
  • physical properties
    Coefficient of thermal expansion from 20 to 100°C 23.4 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 100°C 23.4 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 200°C 25 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 200°C 25 K⁻¹10⁻⁶
    Density 2.7 g/cm³
    Density 2.7 g/cm³
    Electrical conductivity max. 23 m/Ω*mm²
    Electrical conductivity max. 23 m/Ω*mm²
    Electrical conductivity min. 26 m/Ω*mm²
    Electrical conductivity min. 26 m/Ω*mm²
    Thermal conductivity max. 220 W/m*K
    Thermal conductivity max. 220 W/m*K
    Thermal conductivity min. 180 W/m*K
    Thermal conductivity min. 180 W/m*K
  • Soldering
    Brazing 4
    Brazing 4
    Brazing with flux 4
    Brazing with flux 4
    Soft soldering 4
    Soft soldering 4
    Soft soldering with flux 4
    Soft soldering with flux 4
  • Welding
    Friction stir welding 2
    Friction stir welding 2
    Friction welding 2
    Friction welding 2
    Laser 2
    Laser 2
    MIG 2
    MIG 2
    Plasma 2
    Plasma 2
    Resistance spot welding 3
    Resistance spot welding 3
    TIG 2
    TIG 2
  • Aviation
    Aviation No
    Aviation No
  • Chemical specifications
    Be (from) 0
    Be (from) 0
    Be (to) 0
    Be (to) 0
    Co (from) 0
    Co (from) 0
    Co (to) 0
    Co (to) 0
    Cr footnote reference c)
    Cr footnote reference c)
    Cr (to) 0.3
    Cr (to) 0.3
    Cu (to) 0.3
    Cu (to) 0.3
    Fe (to) 0.35
    Fe (to) 0.35
    Mg (from) 0.4
    Mg (from) 0.4
    Mg (to) 0.7
    Mg (to) 0.7
    Mn footnote reference c)
    Mn footnote reference c)
    Mn (to) 0.5
    Mn (to) 0.5
    Other max. 0,05
    Other max. 0,05
    Rest Al
    Rest Al
    Si (from) 0.5
    Si (from) 0.5
    Si (to) 0.9
    Si (to) 0.9
    Ti (to) 0.1
    Ti (to) 0.1
    Total max. 0,15 a) b) c)
    Total max. 0,15 a) b) c)
    Zn (to) 0.2
    Zn (to) 0.2

    a) Schließt alle aufgeführten Elemente ein, für die keine Grenzwerte angegeben sind. b) Die Summe dieser "Anderen Beimengungen", deren Masseanteil einzeln 0,010 % oder mehr beträgt, wird mit zwei Dezimalstellen vor der Summenbildung ausgedrückt. c) Mn + Cr 0,12 - 0,50

  • Corrosion resistance
    Normal atmosphere 1.5
    Normal atmosphere 1.5
    Seawater atmosphere 2
    Seawater atmosphere 2
  • Cutting
    Laser cutting 3
    Laser cutting 3
    Plasma cutting 2
    Plasma cutting 2
    Sawing 2
    Sawing 2
    Shear cutting 2
    Shear cutting 2
    Waterjet cutting 1
    Waterjet cutting 1
  • Food industry
    suitable according to DIN EN 602 No
    suitable according to DIN EN 602 No
  • Forming
    Bending 5
    Bending 5
    Bending delivery conditions T6
    Bending delivery conditions T6
    Extruding 2
    Extruding 2
    Impact extrusion 5
    Impact extrusion 5
    Impact extrusion conditions T6
    Impact extrusion conditions T6
    Press 5
    Press 5
    Press conditions T6
    Press conditions T6
    Upsetting (Conditional) 5
    Upsetting (Conditional) 5
    Upsetting conditions T6
    Upsetting conditions T6
  • Heat treatment - Softannealing
    Heating time max. 2 h
    Heating time max. 2 h
    Heating time min. 1 h
    Heating time min. 1 h
    Annealing temperature max. 420 °C
    Annealing temperature max. 420 °C
    Annealing temperature min. 380 °C
    Annealing temperature min. 380 °C
    Cooling conditions Abkühlung im Ofen mit > / = 30 °C / h, bis 250°C, unterhalb 250 °C an Luft
    Mit Temperatur ist Metalltemperatur gemeint.
    Um eine gute Planheit nach dem Glühen zu erreichen ist zu empfehlen unter Belastung zu glühen.
    Cooling conditions Abkühlung im Ofen mit > / = 30 °C / h, bis 250°C, unterhalb 250 °C an Luft
    Mit Temperatur ist Metalltemperatur gemeint.
    Um eine gute Planheit nach dem Glühen zu erreichen ist zu empfehlen unter Belastung zu glühen.
  • Heat treatment - Solution annealing
    Heat ageing max. 16 h
    Heat ageing max. 16 h
    Heat ageing min. 4 h
    Heat ageing min. 4 h
    Heating temperature max. 190 °C
    Heating temperature max. 190 °C
    Heating temperature min. 155 °C
    Heating temperature min. 155 °C
    Quenching Luft / Wasser
    Quenching Luft / Wasser
    Solution annealing max. 540 °C
    Solution annealing max. 540 °C
    Solution annealing min. 525 °C
    Solution annealing min. 525 °C
  • Material
    Material chemically EN 573-3 Aluminium Al Mg Si0.7
    Material chemically EN 573-3 Aluminium Al Mg Si0.7
    DIN 3.321
    DIN 3.321
    DIN (old designation) AlMgSi0,7
    DIN (old designation) AlMgSi0,7
    France AFNOR NF-A-GS0,5
    France AFNOR NF-A-GS0,5
    Italy UNI UNI-9006/6 [P-AlMg0,6Si0,7MnCr]
    Italy UNI UNI-9006/6 [P-AlMg0,6Si0,7MnCr]
    Spain L-3454 [Al-0,7SiMg]
    Spain L-3454 [Al-0,7SiMg]
  • physical properties
    Coefficient of thermal expansion from 20 to 100°C 23.4 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 100°C 23.4 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 200°C 25 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 200°C 25 K⁻¹10⁻⁶
    Density 2.7 g/cm³
    Density 2.7 g/cm³
    Electrical conductivity max. 23 m/Ω*mm²
    Electrical conductivity max. 23 m/Ω*mm²
    Electrical conductivity min. 26 m/Ω*mm²
    Electrical conductivity min. 26 m/Ω*mm²
    Thermal conductivity max. 220 W/m*K
    Thermal conductivity max. 220 W/m*K
    Thermal conductivity min. 180 W/m*K
    Thermal conductivity min. 180 W/m*K
  • Soldering
    Brazing 4
    Brazing 4
    Brazing with flux 4
    Brazing with flux 4
    Soft soldering 4
    Soft soldering 4
    Soft soldering with flux 4
    Soft soldering with flux 4
  • Welding
    Friction stir welding 2
    Friction stir welding 2
    Friction welding 2
    Friction welding 2
    Laser 2
    Laser 2
    MIG 2
    MIG 2
    Plasma 2
    Plasma 2
    Resistance spot welding 3
    Resistance spot welding 3
    TIG 2
    TIG 2

1 very good
2 good
3 moderate
4 poor
5 unsuited
0 Not specified

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