Material translation – Aluminium

Sweden
Europa
Germany
Canada
Great Britain
SS
AA EN-AW
W.Nr.
DIN 1712
ALCAN
B.S.
4004
1080A
3.0285
Al 99,8
99,8
4005
1070A
3.0275
Al 99,7
99,7
1070A
4007
1050A
3.0255
Al 99,5
1 S
1050A
4008
1350
3.0257
E-Al 99,5
C 1S
1350
4010
1200
3.0205
Al 99
2S
1200
4054
3103
3.0515
AIMn1
3S
3103
4103
6060
3.3206
AIMgSi0,5
50S
4104
6063
50S
6063
4106
5005A
3.3315
AIMg1
B 57S
5005
4107
6005
3.2316
AIMgSi0,8
51 S
4107
6005A
AIMgSi0,7
4120
5052
3.3523
AIMg2,5
57S
5052
4125
5754
3.3535
AIMg3
53S
4140
5083
3.3547
AIMg4,5Mn
D 54S
5083
4212
6082/6351
3.2315
AIMgSi1
B 51S
6082
4335
2007
3.1645
AICuMgPb
4338
2014
3.1255
AICuSiMn
26S
2014
4355
2011
3.1655
AICuBiPb
28S
2011
4425
7020
3.4335
AIZn4,5Mg1
D 74S
7020
6201
6012/6262
3.0615
AIMgSiPb
6958
7075
3.4365
AIZnMgCu 1,5
75S
7075

Källa: Örnalp

 

Alloying
Corrision-
resistance
Weldability
Decorative
anodizing
Industrial
anodizing*
Cold formability **
Sharpenability
(chip form)
***
EN-AW
SIS
1050A
4007
very good
very good
suitable
suitable
very good
long sticky
1200
4010
very good
very good
unsuitable
suitable
very good
long sticky
1350
4008
very good
suitable
suitable
very good
long sticky
2011
4355
less good
poor
unsuitable
suitable
less good
very short
2014
4338
less good
poor
unsuitable
suitable
less good
3103
4054
very good
very good
unsuitable
suitable
very good
long sticky
5005
4106
very good
very good
suitable
suitable
very good
long sticky
5052
4120
very good
very good
unsuitable
suitable
very good
long sticky
5083
4140
very good
very good
unsuitable
5754
4125
very good
very good
unsuitable
suitable
very good
long sticky
6012
good
suitable
suitable
less good
very short
6063
4104
good
very good
suitable
suitable
good
easily handled
6082
4212
good
very good
unsuitable
suitable
less good
easily handled
6262
good
suitable
suitable
less good
very short
7020
4425
good
good
suitable
Anticorodal
good
suitable
suitable
less good
short
Pb109
good
4335
thus
poor
unsuitable
less good

* Means surface protection without decorative requirement
** Concerns forming of material in soft state
*** With turning and boring of material in hard state

Source: Örnalp

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