Aluminio - equivalencias
2
Tel. 976 47 20 18 Fax 976 47 09 83 [email protected] www.sanmetal.com 18 Equivalencias internacionales Unión EU Normas E.N. España Normas U.N.E. Francia AFNOR Alemania D.I.N. (1712–1725) G.B. B.S. Suecia Suiza S.I.S. Canadá C.S.A. Italia U.N.I. Rusia GOST Austria ÖNORM (Ant.) (Nueva) ALUMINIO SIN ALEAR A.W. 1050 L–3051 38,114 A–5 Al 99,5 3,0255 1 B 4007 Al 99,5 995 (2S) 4507 9001/2 A5 Al 99,5 A.W. 1350 L–3052 38,116 A–5L E Al 3,0257 1 E 4008 E–Al 99 – – – A6 – A.W. 1070 L–3071 38,117 A–7 Al 99,7 3,0275 2L 48 4005 Al 99,7 9970 4508 9001/3 A7 Al 99,7 A.W. 1080 A L–3081 38,118 A–8 Al 99,8 3,0285 1 A 4004 Al 99,8 9980 4509 9001/4 A8 Al 99,8 A.W. 1200 L–3001 38,115 A–4 Al 99 3,0205 1 C 4010 Al 99 990 (2S) 3567 9001/1 A0 Al 99 ALUMINIO CON MANGANESO A.W. 3003 A–M1 AlMnCu 3,0517 N3 – – MC10 7788 9003/1 – – A.W. 3004 L–3820 38,382 A–M1G AlMn1Mg1 3,0526 – GA6511 – (D3S) 6351 9003/2 – – A.W. 3005 A–M1G0,5 AlMn1Mg0,5 3,0525 – – – – – 9003/4 – – A.W. 3103 L–3810 38,381 A–M AlMn1 3,0515 N3 4067 AlMn – 3568 9003/3 1400 – A.W. 3105 A–M0,5G0,5 AlMn0,5Mg0,5 3,0505 N 31 – – – – – – – A.W. 3207 ALMn0,6 3,0506 – – – – – – – – ALUMINIO CON MAGNESIO A.W. 5005 L–3350 38335 A–G0,6 AlMg1 3,3315 N 41 4106 AlMg1 – (B57S) 5764 9005/1 1510 – A.W. 5049 – – AlMg2Mn0,8 3,3527 – – – - – – – – A.W. 5050 L–3380 38338 A–G1 AlMg1,5 3,3316 3L 44 – (AlMg1,5) – (A57S) 3573 9005/7 – – A.W. 5051 A – – AlMg1,8 3,3260 – – – – – – – – A.W. 5052 L–3360 38336 A–G2,5C AlMg2,5 3,3523 L80/ L81 4120 AlMg2,5 GR20(57S) 3574 9005/2 – AlMg2,5 A.W. 5019(5056 A) L–3320 38332 A–G5M AlMg5 3,3555 N6 / 2L58 4146 AlMg5 GM50R(56S) 3576 P–AlMg5 1550 AlMg5 A.W. 5083 L–3321 38340 A–G4,5MC AlMg4,5Mn 3,3547 N 8 4140 AlMg4,5Mn GM41(D54S) 7790 9005/5 – – A.W. 5086 L–3322 38341 A–G4 MC AlMg4Mn 3,3545 – – AlMg4Mn G40 5452 9005/4 15–40 AlMg4,5Mn A.W. 5154 A L–3394 38331 (A–G3,5M) AlMg3,5MnCr – N 5 4133 – GR40(C54S) 3575 9005/8 1530(Si0,6) – A.W. 5182 – – A–G45M AlMg5Mn0,4 3,3549 – – – (M57S) 3574 9005/2 – – A.W. 5251 L–3361 38347 A–G2M AlMg2Mn0,3 3,3525 N 4 – – – – – 1520 AlMg2Mn0,3 A.W. 5454 L–3391 38345 A–G2,5MC AlMg2,7Mn 3,3537 N 51 – AlMg2,7Mn – 7789 9005/3 – – A.W. 5754 L–3390 38339 A–G3M AlMg3 3,3535 (N51) 4130 AlMg3 – – (9005/3) – – EQUIVALENCIAS DE LAS ALEACIONES COMERCIALES DE ALUMINIO DE FORJA Normas : – Suiza: SN 210900 – R.F.de Alemania: DIN 1712 y 1725 Part.1 – Francia: NF A 50–411 y 50–451 – E.E.U.U.: Aluminium Association – Reino Unido: BS 1470 a 1475 – Italia: UNI FA 60 y pag.indiv. – España: UNE CONTINUA »
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Transcript of Aluminio - equivalencias
Tel. 976 47 20 18Fax 976 47 09 83
[email protected] l . com
18
Equivalencias internacionales
Uni
ón
EU
N
orm
as E
.N.
Esp
aña
No
rmas
U.N
.E.
Fra
ncia
AF
NO
RA
lem
ania
D.I.
N. (
1712
–172
5)G
.B.
B.S
.S
ueci
aS
uiza
S.I.
S.
Can
adá
C.S
.A.
Ital
iaU
.N.I.
Rus
iaG
OS
TA
ustr
iaÖ
NO
RM
(Ant
.)(N
ueva
)
ALU
MIN
IO S
IN A
LEA
R
A.W
. 105
0L–3051
38,114
A–5
Al 9
9,5
3,0255
1 B
4007
Al 9
9,5
995
(2S
)45
0790
01/2
A5
Al 9
9,5
A.W.1350
L–3052
38,116
A–5
LE
Al
3,0257
1 E
4008
E–A
l 99
––
–A
6–
A.W
. 107
0L–3071
38,117
A–7
Al 9
9,7
3,0275
2L 4
840
05A
l 99,
799
7045
089001/3
A7
Al 9
9,7
A.W
. 108
0 A
L–3081
38,118
A–8
Al 9
9,8
3,0285
1 A
4004
Al 9
9,8
9980
4509
9001
/4A
8A
l 99,
8
A.W
. 120
0L–3001
38,115
A–4
Al 9
93,0205
1 C
4010
Al 9
999
0 (2
S)
3567
9001
/1A
0A
l 99
ALU
MIN
IO C
ON
MA
NG
AN
ES
O
A.W.3003
A–M
1A
lMnC
u3,0517
N3
––
MC
1077
889003/1
––
A.W.3004
L–3820
38,382
A–M
1GA
lMn1
Mg1
3,0526
–G
A65
11–
(D3S)
6351
9003/2
––
A.W.3005
A–M
1G0,
5A
lMn1
Mg0
,53,0525
––
––
–9003/4
––
A.W.3103
L–3810
38,381
A–M
AlM
n13,0515
N3
4067
AlM
n–
3568
9003/3
1400
–
A.W.3105
A–M
0,5G
0,5
AlM
n0,5
Mg0
,53,0505
N31
––
––
––
–
A.W.3207
ALM
n0,6
3,0506
––
––
––
––
ALU
MIN
IO C
ON
MA
GN
ES
IO
A.W
. 500
5L–3350
38335
A–G
0,6
AlM
g13,3315
N 4
141
06A
lMg1
– (B
57S
)57
6490
05/1
1510
–
A.W
. 504
9–
–A
lMg2
Mn0
,83,3527
––
–-
––
––
A.W
. 505
0L–3380
38338
A–G
1A
lMg1
,53,3316
3L44
–(A
lMg1
,5)
– (A
57S
)3573
9005
/7–
–
A.W
. 505
1 A
––
AlM
g1,8
3,3260
––
––
––
––
A.W
. 505
2L–3360
38336
A–G
2,5C
AlM
g2,5
3,3523
L80/
L81
4120
AlM
g2,5
GR
20(5
7S)
3574
9005
/2–
AlM
g2,5
A.W
. 501
9(50
56 A
)L–3320
38332
A–G
5MA
lMg5
3,3555
N6
/ 2L
5841
46A
lMg5
GM
50R
(56S
)3576
P–A
lMg5
1550
AlM
g5
A.W.5083
L–3321
38340
A–G
4,5M
CA
lMg4
,5M
n3,3547
N 8
4140
AlM
g4,5
Mn
GM
41(D
54S
)77
9090
05/5
––
A.W
. 508
6L–3322
38341
A–G
4 M
CA
lMg4
Mn
3,3545
––
AlM
g4M
nG
4054
5290
05/4
15–4
0A
lMg4
,5M
n
A.W
. 515
4 A
L–3394
38331
(A–G3,5M)
AlMg3,5MnCr
–N
54133
–G
R40
(C54
S)
3575
9005
/81530(Si0,6)
–
A.W
. 518
2–
–A
–G45
MA
lMg5
Mn0
,43,3549
––
–(M
57S
)3574
9005
/2–
–
A.W
. 525
1L–3361
38347
A–G
2MAlMg2Mn0,3
3,3525
N 4
––
––
–15
20AlMg2Mn0,3
A.W
. 545
4L–3391
38345
A–G
2,5M
CA
lMg2
,7M
n3,3537
N 5
1–
AlM
g2,7
Mn
–77
899005/3
––
A.W
. 575
4L–3390
38339
A–G3M
AlMg3
3,3535
(N51
)4130
AlMg3
––
(9005/3)
––
EQUI
VALE
NCIA
S DE
LAS
ALE
ACIO
NES
COM
ERCI
ALES
DE
ALUM
INIO
DE
FORJ
A
Nor
mas
: –
Sui
za: S
N 2
1090
0
–
R.F
.de
Ale
man
ia: D
IN 1
712
y 17
25 P
art.
1
– Fr
anci
a: N
F A
50–
411
y 50
–451
–
E.E
.U.U
.: A
lum
iniu
m A
ssoc
iatio
n
– R
eino
Uni
do:
BS
147
0 a
1475
– Ita
lia: U
NI F
A 6
0 y
pag
.ind
iv.
– E
spañ
a: U
NE
CO
NTIN
UA
»
Tel. 976 47 20 18Fax 976 47 09 83
[email protected] l . com
19
Equivalencias internacionales
Uni
ón
EU
N
orm
as E
.N.
Esp
aña
No
rmas
U.N
.E.
Fra
ncia
AF
NO
RA
lem
ania
D.I.
N. (
1712
–172
5)G
.B.
B.S
.S
ueci
aS
uiza
S.I.
S.
Can
adá
C.S
.A.
Ital
iaU
.N.I.
Rus
iaG
OS
TA
ustr
iaÖ
NO
RM
(Ant
.)(N
ueva
)
ALU
MIN
IO C
OB
RE
*A.W
. 200
7L–3121
38.139
–A
lCuM
gPb
3,1645
–4355
––
––
–A
lCuM
gPb
A.W
. 201
1L–3192
38.322
A–U
5Pb
Bi
AlC
uBiP
b3,1655
FC1
4338
AlC
u6B
iPb
CB
60 (2
8S)
6362
9002
/5–
–
A.W
. 201
4L–3130
38.313
A–U
4SG
AlC
uSiM
n3,1255
H15
–A
lCu4
SiM
nC
S41
N3581
9002/3
–A
lCuS
iMn
A.W
. 201
7 A
L–3120
38.312
A–U
4GA
lCuM
g13,1325
H14
GA631
–C
M41
(17S
)3579
9002
/211
20A
lCuM
g1
A.W
. 202
4L–3140
38.314
A–U
4G1
AlC
uMg2
3,1355
L97/
L98
5A
lCu4
Mg1
,5C
G42
(24S
)3583
9002
/411
16A
lCuM
g2
*A.W.2030
L–3121
38.319
A–U
4Pb
––
7L25
4335
Dec
otal
–200
––
––
–
A.W
. 211
7L–3180
38.318
A–U
2GA
lCu2
,5M
g0,5
3,1305
L86
––
CG30
3577
9002
/1–
AlC
u2M
g
A.W
. 261
8L–3171
38.320
A–U
2GN
––
H16
––
–3578
9002
/611
80–
ALU
MIN
IO M
AG
NE
SIO
–SIL
ICIO
A.W
. 600
5 A
L–3454
38.349
A–S
G0,
5A
lMgS
i0,7
3,3210
––
AlM
gSi0
,7–
9006
/6–
–
A.W
. 602
6–
––
–60
26–
–
A.W
. 606
0L–3441
38.337
–A
lMgS
i0,5
3,3206
H9
4104
AlM
gSi0
,550
S3669
9006
/1–
AlM
gSi0
,5
A.W
. 606
1L–3420
38.342
A–S
GU
CA
lMg1
SiC
u3,3211
H20
––
GS
11N
6170
9006
/2–
A.W.6063
L–3441
38.337
H9
9006
/11340
AlM
gSi0
,8M
n
A.W
. 608
1L–3451
38.334
A–SGM0,3
AlM
gSi1
3,2315
––
AlM
gSi1
61S
––
–A
lMgS
i1
A.W
. 608
2L–3453
38.348
A–S
GM
0,7
AlM
gSi1
3,2315
H30
4212
AlM
gSi1
Mn
SG
11R
3571
9006
/4–
E–
AlS
i1M
g
A.W
. 610
1 B
L–3431
38.343
A–G
S L
E–A
lMgS
i0,5
3,3207
E 9
1E–
E A
lMgS
i0,4
––
––
–
A.W
. 610
6–
––
––
––
––
––
1350
*A.W
. 601
2L–3452
38.344
–A
lMgS
iPb
3,0615
––
––
––
–A
lMgS
iPb
Cd
*A.W
. 626
2–
––
––
––
––
9006
/7–
–
A.W.6351
L–3451
38.334
A–S
GM
AlM
gSi1
3,2318
H30
––
––
––
–
ALU
MIN
IO Z
INC
A.W
. 702
0L–3741
38374
A–Z
5GA
lZn4
,5M
g13,4335
H17
4425
AlZ
n4,5
Mg1
– (D
74S
)77
9190
07/1
–A
lZn4
,5M
g1
A.W
. 702
2–
––
AlZ
nMgC
u0,5
3,4345
––
––
–90
07/5
––
–
A.W
. 704
9AL–3751
38.357
A–Z
8GU
AlZ
n8M
gCu
––
––
––
––
–
A.W
. 707
5L–3710
38.371
A–Z
5GU
AlZ
nMgC
u1,5
3,4365
2L95
–A
lZn6
MgC
u15
ZG
623735
9007
/2V
95
AlZ
nMgC
u1,5
A.W
. 705
0–
–-
AlZ
n6C
uMgZ
r–
––
––
––
––
EQUI
VALE
NCIA
S DE
LAS
ALE
ACIO
NES
COM
ERCI
ALES
DE
ALUM
INIO
DE
FORJ
A
Nor
mas
: –
Sui
za: S
N 2
1090
0
–
R.F
.de
Ale
man
ia: D
IN 1
712
y 17
25 P
art.
1
– Fr
anci
a: N
F A
50–
411
y 50
–451
–
E.E
.U.U
.: A
lum
iniu
m A
ssoc
iatio
n
– R
eino
Uni
do:
BS
147
0 a
1475
– Ita
lia: U
NI F
A 6
0 y
pag
.ind
iv.
– E
spañ
a: U
NE
