-
Aviation
-
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
|
-
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
|
-
Heat treatment - Solution annealing
Heat ageing max.
|
16 h
|
Heat ageing min.
|
4 h
|
Heating temperature max.
|
190 °C
|
Heating temperature min.
|
155 °C
|
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
-
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
|
-
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
|
-
Heat treatment - Solution annealing
Heat ageing max.
|
16 h
|
Heat ageing min.
|
4 h
|
Heating temperature max.
|
190 °C
|
Heating temperature min.
|
155 °C
|
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
-
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
|
-
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
|
-
Heat treatment - Solution annealing
Heat ageing max.
|
16 h
|
Heat ageing min.
|
4 h
|
Heating temperature max.
|
190 °C
|
Heating temperature min.
|
155 °C
|
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
-
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
|
-
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
|
-
Heat treatment - Solution annealing
Heat ageing max.
|
16 h
|
Heat ageing min.
|
4 h
|
Heating temperature max.
|
190 °C
|
Heating temperature min.
|
155 °C
|
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
-
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
|
-
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
|
-
Heat treatment - Solution annealing
Heat ageing max.
|
16 h
|
Heat ageing min.
|
4 h
|
Heating temperature max.
|
190 °C
|
Heating temperature min.
|
155 °C
|
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
|
1 very good
2 good
3 moderate
4 poor
5 unsuited
0 Not specified