lincoln pocket catalogue weld consumable.pdf
TRANSCRIPT
-
Introduction
This pocket catalogue contains a complete overview of the Lincoln Electric products in theLincoln Smitweld product range. Our objective is to provide complete up-to-date informationthat is essential to the end user.The catalogue has been subdivided into a general information section, and datasheets for coveredelectrodes, GTA and GMA welding products, tubular cored wires, welding fluxes with theassociated wires and ceramic backing materials. Tabs assist in finding the various sections.The section general information, now contains all product listings, selection tables, informationabout packaging and a schematic explanation about major European Standards.Most European Standards for the classification of the welding consumables have been published.The option has been chosen to provide, when available, the AWS and EN classification for eachproduct and to delete the obsolete national standards such as BS, DIN etc. In cases where the ENstandard is not yet officially published, the classification has been based on most recentprovisional standards.This catalogue contains the extended version of the product programme. Not all products areavailable from stock. In each new edition of the relevant price book, it will be indicated on whichlevel the specific product can be supplied. An A classification means standard availability fromstock, the B-classified products can be supplied within some weeks whereas a C product canbe manufactured as standard special on order.In general, the policies of The Lincoln Electric Company and Lincoln Smitweld are identical: theultimate attention is given to the expectations of the customer, and this with products and servi-ces which comply to the relevant standards. The manufacture and supply of our consumableproducts are in compliance with a Quality Programme which has been verified and approved bycertifying authorities according ISO 9002 and VdTV Merkbl. 1153.
Nijmegen, february 2002.
All the information in this booklet is based on the best available knowledge at the time ofprinting and is subject to change without prior notice and can only be considered as suitable forgeneral guidance. The listed typical mechanical properties are based on welding tests accordingto the European Standards, valid for the classification of products.
2002 Lincoln Smitweld B.V., Nijmegen
All rights reserved, including the right of reproduction in whole or in part in any form. Forfurther information please contact Lincoln Smitweld B.V., Nijmegen, The Netherlands.
-
Contents
2
A General detailsA1 Survey of welding consumables
Covered electrodesun-alloyed and fine grained steel 6low alloyed steel 7stainless and heat resistant steel 8Ni-, Cu- and Al-alloys 9cast ironhardfacing applications and repair 10
Consumables for GTAW andGMAW weldingun- and low alloyed steel 11stainless and heat resistant steel 12Ni- and Cu-alloys 13Al-alloys and others 14FCAW wires
Outershield 15Innershield 16Cor-A-Rosta; stainless steel 17Lincore; hardfacing 18
Welding wires for SAWun- / low alloyed steel 19stainless and heat resistant steel 20and nickel alloys
Corresponding welding consumables 22A2 European Standards; Classification of
welding consumables (un-alloyed and finegrained steel) 28covered electrodessolid wires and rodsflux cored wireswelding wires / fuxes
A3 Welding positions according ISO 6947 34and ASME IX
A4 Selection tableselectrodes for fillet welds 33applications in low temperature steel 36applications in heat resistant steel 37applications in stainless steel 39applications in nickel alloys 41
electrodes for dissimilar joints 46A5 Cost calculations for
steel constructions with coveredelectrodes 48
A6 Ferrite in weld metal 50Ferrite in stainless steel weld metalSchaeffler-Diagramand WRC 1992 Constitution Diagram
A7 Packaging and sizes 55Solid and flux cored wires
A8 Sahara ReadyPack 58A9 Storage and handling of covered electrodes 59
covered electrodestubular cored wireswelding fluxes
B Data sheets covered electrodesB1 Un-alloyed and fine grained steel
Fleetweld 5P 64Fleetweld 5P+ 66Resistens 100 68Supra 70Panta 72Pantafix 74Omnia 76Cumulo 78Universalis 80Ferrod 165A 82Ferrod 120T 84Ferrod 135T 86Ferrod 160T 88Ferrod 170 90Ferrod 185T 92Ferrod 200T 94Geofors 96Baso 48SP 98Baso 100 100Baso 120 102Baso G 104Baso 26V 106Conarc 48 108Conarc 49 110Conarc 49C 112Conarc 51 114Conarc L150 116Conarc V180 118Conarc V250 120Kardo 122
B2 Low alloyed steelShield Arc HYP 124Shield Arc 70+ 126Shield Arc 85 128Shield Arc 90 130LH-D80 132LH-D90 134LH-D100 136Conarc 55CT 138Conarc 60G 140Conarc 70G 142Conarc 80 144Conarc 85 146Conarc 85-150 148Kryo 1 150Kryo 1N 152Kryo 1P 154Kryo 1-180 156Kryo 2 158Kryo 3 160SL 12G 162SL 19G 164SL 19(STC) 166SL 20G 168SL 20(STC) 170SL 22G 172
-
Contents
3
A G
eneral details B
Covered electrodes
C G
MAW
and GTAW
D Tubular cored w
iresE W
elding fluxes F C
eramic backing m
aterials
SL 502 174SL 9Cr (P91) 176
B3 Stainless and heat resistant steelArosta 304L 178Limarosta 304L 180Vertarosta 304L 182Jungo 304L 184Limarosta 304L-130 186Arosta 347 188Jungo 347 190Arosta 316L 192Arosta 316LP 194Limarosta 316L 196Vertarosta 316L 198Jungo 316L 200Limarosta 316L-130 202Arosta 318 204Jungo 318 206Arosta 4439 208Jungo 4455 210Jungo 4465 212Jungo 4500 214Arosta 4462 216Jungo 4462 218Arosta 4462-145 220Jungo SD 2509 222Jungo Zeron 100X 224Arosta 309S 226Limarosta 309S 228Arosta 309Nb 230Arosta 309Mo 232Nichroma 234Nichroma 160 236Arosta 329 238Limarosta 312 240Arosta 307 242Jungo 307 244Arosta 304H 246Arosta 309H 248Intherma 310 250Intherma 310B 252
B4 Nickel alloysNiCro 31/27 254NiCro 60/20 256Nicro 70/15 258NiCro 70/15Mn 260NiCro 70/19 262NiCroMo 59/23 264Nickel 96 266NiCu 70/30 268Nyloid 2 SRP 270
B5 Copper alloysRep Tec Cu8; see B8 page 324
B6 Aluminium alloysRepTec AlSi 5 ; see B8 page 332RepTec AlSi 12 ; see B8 page 334
B7 Covered electrodes for cast ironRepTec Cast 1 ; see B8 page 326
RepTec Cast 3 ; see B8 page 328RepTec Cast 31 ; see B8 page 330
B8 Covered electrodes for hardfacingapplications and Repair
Wearshield BU 30 272Wearshield Mangjet (e) 274Wearshield 15CrMn 276Wearshield 22Mn5Cr 278Wearshield MM 40 280Wearshield MM 282Wearshield T&D 284Wearshield MI (e) 286Wearshield ABR 288Wearshield 44 290Wearshield ME (e) 292Wearshield 50MC 294Wearshield 60 (e) 296Wearshield 70 298Wearshield 420 300Wearshield C1 302Wearshield C6 304Wearshield C21 306Wearshield WC 308RepTec 5 310RepTec 7 312RepTec 29 314RepTec 34 316RepTec 46 318RepTec 126 320RepTec 210 322RepTec Cu 8 324RepTec Cast 1 326RepTec Cast 3 328RepTec Cast 31 330RepTec AlSi 5 332RepTec AlSi 12 334RepTec 53GR 336RepTec 53CT 337
C GMAW and GTAW consumablesC1 Un-alloyed steel
LNT/LNM 25 338LNT/LNM 26 339LNM 27 340Supra MIG 341Supra MIG Ultra 342
C2 Low alloyed steelLNT/LNM 28 343LNM MoNiVa 344LNT/LNM Ni1 345LNT/LNM Ni2.5 346LNT/LNM 12 347LNT/LNM 19 348LNT/LNM 20 349LNT 502 350LNT 9Cr (P91) 351
C3 Stainless and heat resistant steelLNT/LNM 304LSi 352LNT 304L 353
-
Contents
4
LNT/LNM 347Si 354LNT 316L 355LNT/LNM 316LSi 356LNT/LNM 318Si 357LNT/LNM 4439Mn 358LNT/LNM 4455 359LNT/LNM 4465 360LNT/LNM 4500 361LNT/LNM 4462 362LNT/LNM ZERON 100X 363LNT/LNM 309LSi 364LNT 309LHF 365LNM 307 366LNT/LNM 304H 367LNM 309H 368LNT/LNM 310 369
C4 Nickel alloysLNT/LNM NiCro 60/20 370LNT/LNM NiCro 70/19 371LNT NiCroMo 59/23 372LNT/LNM NiCu 70/30 373LNT/LNM NiTi 374LNM NiFe 375
C5 Copper alloysLNM CuAl 8 376LNT/LNM CuNi30 377LNM CuSn 378LNT CuSn 6 379LNM CuSn12 380LNT CuSi 3 381
C6 Aluminium alloysLNT/LNM Al 99.5 382LNT/LNM AlMg 3 383LNT/LNM AlMg 5 384LNT/LNM AlMg 4.5Mn 385LNM AlMg 4.5MnZr 386LNT/LNM AlSi 5 387LNT/LNM AlSi 12 388
C7 OthersLNM 420 FM 389LNM 4M 390LNG I 392LNG II 393LNG III 394LNG IV 395
D Tubular cored wiresD1 FCAW wires for mild steel and low alloyed
steel, gasshielded;OUTERSHIELD
Outershield 70 396Outershield 70-H 398Outershield 70E-H 400Outershield 71E 402Outershield 71E-H 404Outershield 71M-H 406Outershield T55-H 408Outershield 81Ni1-H 410
Outershield 81B2-H 412Outershield 81K2-H 414Outershield 91K2-H 416Outershield 550-H 418Outershield 690-H 420Outershield MC 710 422Outershield MC 710-H 424Outershield MC 715-H 426Outershield MC 1100 428
D2 FCAW wires for mild steel and low alloyedsteel, self shielding;
INNERSHIELD Innershield NR-152 430Innershield NR-203NiC 432Innershield NR-203Ni1 434Innershield NR-211MP 436Innershield NR-232 438Innershield NR-204-H 440Innershield NR-207 442Innershield NR-207-H 444Innershield NR-208-H 446Innershield NR-305 448Innershield NR-311 450Innershield NR-400 452Innershield NR-450-H 454Innershield NS-3M 456Innershield NR 431 458
D3 FCAW wires for stainless steel,gasshielded;COR-A-ROSTA
Cor-A-Rosta 304L 460Cor-A-Rosta P304L 462Cor-A-Rosta 347 464Cor-A-Rosta 316L 466Cor-A-Rosta P316L 468Cor-A-Rosta 309L 470Cor-A-Rosta P309L 472Cor-A-Rosta 309MoL 474Cor-A-Rosta P309MoL 476Cor-A-Rosta 4462 478Cor-A-Rosta P4462 480
D4 FCAW wires for hardfacing; self shielding;LINCORE
Lincore 33 482Lincore 40-O 484Lincore 50 486Lincore 55 488Lincore 60-O 490Lincore T&D 492Lincore 15CrMn 494Lincore 420 496Lincore M 498
E Submerged arc welding fluxesLINCOLNWELD
Lincolnweld 761 500Lincolnweld 780 502Lincolnweld 781 504
-
Contents
5
A G
eneral details B
Covered electrodes
C G
MAW
and GTAW
D Tubular cored w
iresE W
elding fluxes F C
eramic backing m
aterials
Lincolnweld 801 506Lincolnweld 802 507Lincolnweld 860 508Lincolnweld 960 510Lincolnweld 980 512Lincolnweld 995N 514Lincolnweld 8500 516P 230 518P 240 522P 2000 524P 2000S 526P 7000 528
F Ceramic backing materials 530
-
6
CO
VE
RE
D E
LE
CT
RO
DE
S F
OR
UN
-AL
LO
YE
D A
ND
FIN
E G
RA
INE
D S
TE
EL
Pro
duct
nam
eC
hem
ical
com
posi
tion
(ty
pica
l val
ues)
in %
Cla
ssif
icat
ions
CM
nS
iO
ther
sA
WS
A-5
.1E
N 4
99
Flee
twel
d 5P
0,15
0,44
0,2
-E6
010
E 42
2 C
25
Flee
twel
d 5P
+0,
150,
500,
25-
E601
0E
42 3
C 2
5R
esis
tens
100
0,09
0,6
0,3
-E6
012
E 38
2 R
A 1
3Su
pra
0,12
0,5
0,6
-E6
012
E 38
0 R
C 1
1Pa
nta
0,12
0,6
0,6
-E6
013
E 38
0 R
C 1
1Pa
ntaf
ix0,
090,
50,
3-
E601
3E
38 0
RC
11
Om
nia
0,09
0,5
0,3
-E6
013
E 38
0 R
C 1
1C
umul
o0,
100,
50,
4-
E601
3E
38 0
R 1
2U
nive
rsal
is0,
090,
50,
5-
E601
3E
42 0
RR
12
Ferr
od 1
65A
0,07
0,95
0,3
-E7
024-
1E
42 2
RA
73
Ferr
od 1
20T
0,06
0,6
0,5
-E7
024
E 38
0 R
R 3
3Fe
rrod
135
T0,
080,
50,
35-
E702
4E
38 0
RR
53
Ferr
od 1
60T
0,07
0,9
0,6
-E7
024
E 42
0 R
R 7
3Fe
rrod
170
0,07
1,1
0,5
-E7
024
E 42
0 R
R 7
3Fe
rrod
185
T0,
110,
90,
5-
E702
4E
42 0
RR
73
Ferr
od 2
00T
0,06
1,1
0,5
-E7
024
E 42
2 R
R 7
4G
eofo
rs0,
060,
60,
4-
E702
4E
38 0
RR
73
Bas
o 48
SP0,
075
1,4
0,65
-E7
018-
1 H
8E
46 3
B32
H10
Bas
o 10
00,
081,
00,
5-
E701
6-H
4RE
42 3
B12
H5
Bas
o 12
00,
081,
20,
5-
E701
8-H
4RE
42 3
B32
H5
Bas
o G
0,05
1,3
0,4
-E7
018-
1-H
4RE
42 5
B32
H5
Bas
o 26
V0,
091,
10,
7-
E704
8-H
8E
42 3
B15
H10
Con
arc
480,
051,
30,
3-
E701
8-1-
H4R
E 46
4 B
42 H
5C
onar
c 49
0,09
1,1
0,6
-E7
018-
H4R
E 46
3 B
32 H
5C
onar
c 49
C0,
061,
40,
3-
E701
8-1-
H4R
E 46
4 B
32 H
5C
onar
c 51
0,06
1,4
0,5
-E7
016-
1-H
4RE
42 4
B12
H5
Con
arc
L 15
00,
070,
950,
4-
E702
8-H
4RE
42 2
B53
H5
Con
arc
V 1
800,
081,
20,
3-
E702
8-H
4RE
42 4
B73
H5
Con
arc
V 2
500,
081,
30,
45-
E702
8-H
4RE
42 4
B73
H5
Kar
do0,
030,
40,
25-
E601
8*E
35 4
B32
H5
Covered electrodes for un-alloyedand fine grained steel
-
7
CO
VE
RE
D E
LE
CT
RO
DE
S F
OR
LO
W A
LL
OY
ED
ST
EE
L (
HIG
H Y
IEL
D, L
OW
TE
MP
ER
AT
UR
E A
ND
CR
EE
P R
ESI
STA
NT
ST
EE
L)
Pro
duct
nam
eC
hem
ical
com
posi
tion
(ty
pica
l val
ues)
in %
Cla
ssif
icat
ions
EN
499
CM
nS
iN
iC
rM
oV
Nb
NA
WS
A5.
5E
N 7
57 1
)E
N 1
599
Shie
ld A
rc H
YP
0,12
0,35
0,12
- -
0,35
0,02
--
E701
0-G
E 42
2 M
o C
25
-Sh
ield
Arc
70+
0,12
0,9
0,2
0,85
0,1
-0,
03-
-E8
010-
GE
46 4
1N
i C 2
5-
Shie
ld A
rc 8
50,
110,
50,
25-
-0,
50-
--
E701
0-A
lE
42 2
Mo
C 2
5-
Shie
ld A
rc 9
00,
130,
600,
150,
7 -
0,6
--
-E9
010-
GE
50 4
1N
iMo
C 2
5-
LH-D
800,
061,
350,
45-
--
--
-E8
018-
G-H
4RE
46 5
B35
H5
LH-D
900,
061,
450,
450,
75-
--
--
E901
8-G
-H4R
E 55
5 M
n1N
i B35
H5*
LH-D
100
0,06
1,65
0,55
0,8
--
--
-E1
0018
-G-H
4RE
62 5
Mn1
Ni B
35 H
5C
onar
c 55
CT
0,05
1,5
0,4
0,9
--
--
-E8
018-
W2-
H4R
*E
46 5
Mn1
Ni B
32 H
5*C
onar
c 60
G0,
061,
00,
41,
6 -
0,3
--
-E9
018M
-H4
E 55
4 Z
B32
H5
1)-
Con
arc
70G
0,06
1,2
0,4
1,0
-0,
4-
--
E901
8-G
-H4
E 55
4 1
NiM
o B
32 H
5 1)
-C
onar
c 80
0,06
1,5
0,4
2,2
-0,
4-
--
E110
18M
-H4
E 69
5 Z
B32
H5
1)-
Con
arc
850,
061,
30,
32,
0 0
,40,
4-
--
E120
18-G
-H4
E 69
5 M
n2N
iCrM
o B
32 H
5 1)
-C
onar
c 85
-150
0,06
1,5
0,4
2,5
-1,
0-
--
E120
18-G
-H4
E 69
5 M
n2N
iMo
B53
H5*
Kry
o 1
0,05
1,5
0,4
0,9
--
--
-E7
018-
G-H
4RE
50 6
Mn1
Ni B
32 H
5-
Kry
o 1N
0,07
1,7
0,5
0,9
E801
6-G
-H4R
E 46
6 1
Ni B
12 H
5*-
Kry
o 1P
0,05
1,5
0,5
0,95
--
--
-E7
018-
G-H
4RE
46 6
1N
i B32
H5
-K
ryo
1-18
00,
071,
20,
30,
9 -
--
--
E801
8-G
-H4
E 50
5 1
Ni B
72 H
5-
Kry
o 2
0,05
1,6
0,3
1,5
--
--
-E9
018-
G-H
4E
55 6
Z B
32 H
5 1)
-K
ryo
30,
050,
70,
32,
5 -
--
--
E801
8-C
1-H
4E
46 8
3N
i B32
H5*
-SL
12
G0,
050,
80,
6-
-0,
55-
--
E701
8-A
l-H4
-E
Mo
B32
H5
SL 1
9 G
0,06
0,75
0,6
- 1
,10,
5-
--
E801
8-B
2-H
4-
E C
rMo1
B32
H5
SL 1
9 (S
TC)
0,06
0,7
0,35
- 1
,20,
55-
--
E801
8-B
2-H
4-
E C
rMo1
B32
H5
SL 2
0 G
0,06
0,8
0,6
- 2
,31,
0-
--
E901
8-B
3-H
4-
E C
rMo2
B32
H5
SL 2
0 (S
TC)
0,10
0,6
0,35
- 2
,31,
0-
--
E901
8-B
3-H
4-
E C
rMo2
B32
H5
SL 2
2 G
0,06
0,8
0,6
- 0
,50,
50,
3-
-E8
018-
B1-
H4
--
SL 5
020,
070,
80,
6-
5,3
0,6
--
-E8
018-
B6-
H4
-E
CrM
o5 B
32 H
5SL
9 C
r (P9
1)0,
091,
00,
20,
9 8
,31,
00,
20,
04-
E901
6-B
9-H
4-
E C
rMo9
1 B
32 H
5
* fo
r dev
iatio
ns c
onsu
lt co
rres
pond
ing
data
shee
t1) E
N 7
57
Covered electrodes for low alloyed steel
-
8
CO
VE
RE
D E
LE
KT
RO
DE
S F
OR
ST
AIN
LE
SS A
ND
HE
AT
RE
SIST
AN
T S
TE
EL
Pro
duct
nam
eC
hem
ical
com
posi
tion
(ty
pica
l va
lues
) in
%C
lass
ific
atio
nsC
Mn
Si
Cr
Ni
Mo
Nb
Cu
NW
AW
S A
5.4
EN
1600
Aro
sta
304L
0,02
00,
80,
819
,5 9
,7-
--
--
E308
L-16
E 19
9 L
R 1
2Li
mar
osta
304
L0,
025
0,75
0,95
19,0
9,7
--
--
-E3
08L-
16*
E 19
9 L
R 1
2V
erta
rost
a 30
4L0,
020
0,8
0,7
20,0
9,8
--
--
-E3
08L-
15E
19 9
LR
21
Jung
o 30
4L0,
025
1,8
0,4
19,0
10,0
--
--
-E3
08L-
15E
19 9
LB
22
Lim
aros
ta 3
04L
130
0,02
00,
60,
919
,010
,0-
--
--
E308
L-16
*E
19 9
LR
53
Aro
sta
347
0,03
00,
80,
819
,5 9
,8-
0,35
--
-E3
47-1
6E
19 9
Nb
R 1
2Ju
ngo
347
0,02
01,
60,
520
,010
,0-
0,40
--
-E3
47-1
5E
19 9
Nb
B 2
2A
rost
a 31
6L0,
020
0,8
0,8
18,0
11,5
2,85
--
--
E316
L-16
E 19
12
3 LR
12
Aro
sta
316L
P0,
020
0,7
0,85
18,1
11,5
2,85
--
--
E316
L-16
E 19
12
3 LR
12
Lim
aros
ta 3
16L
0,02
00,
81,
018
,011
,52,
8-
--
-E3
16L-
16*
E 19
12
3 LR
12
Ver
taro
sta
316L
0,02
00,
70,
8518
,011
,52,
8-
--
-E3
16L-
15E
19 1
2 3
LR 2
1Ju
ngo
316L
0,02
51,
60,
418
,511
,02,
7-
--
-E3
16L-
15E
19 1
2 3
LB 2
2Li
mar
osta
316
L 1
300,
020
0,65
1,0
18,0
11,5
2,8
--
--
E316
L-16
*E
19 1
2 3
LR 5
3A
rost
a 31
80,
030
0,8
0,85
18,0
11,5
2,7
0,35
--
-E3
18-1
6E
19 1
2 3
Nb
R 1
2Ju
ngo
318
0,02
51,
50,
418
,011
,02,
70,
5-
--
E318
-15*
E 19
12
3 N
b B
22
Aro
sta
4439
0,02
01,
30,
818
,017
,04,
6-
-0,
18-
-E
18 1
6 5
NL
R 3
2Ju
ngo
4455
0,03
07,
30,
420
,016
,03,
0-
-0,
16-
-E
20 1
6 3
Mn
NL
B 2
2Ju
ngo
4465
0,03
04,
50,
425
,022
,02,
2-
-0,
13-
E310
Mo-
15*
E 25
22
2 N
L B
22
Jung
o 45
000,
020
1,2
0,9
20,0
25,0
5,0
-1,
5-
-E3
85-1
6*E
20 2
5 5
Cu
NL
R 1
2A
rost
a 44
620,
020
0,8
1,0
22,5
9,5
3,2
--
0,16
-E2
209-
16*
E 22
9 3
NL
R 3
2Ju
ngo
4462
0,02
51,
60,
523
,5 9
,03,
0-
-0,
15-
E220
9-15
E 22
9 3
NL
B 2
2A
rost
a 44
62-1
450,
025
0,7
1,0
22,5
9,5
3,0
--
0,16
-E2
209-
16*
E 22
9 3
NL
R 5
3Ju
ngo
SD 2
509
0,25
01,
70,
625
,09,
03,
4-
-0,
2-
E255
3-15
*E
25 9
Cu
NL
B 4
2Ju
ngo
Zero
n 10
0X0,
030
0,8
0,3
25,0
9,5
3,6
-0,
80,
20,
7E2
553-
15*
E 25
9 4
NL
B 4
2A
rost
a 30
9S0,
020
0,8
0,8
23,5
12,5
--
--
-E3
09L-
16E
23 1
2 LR
32
Lim
aros
ta 3
09S
0,02
00,
81,
023
,012
,5-
--
--
E309
L-16
*E
23 1
2 LR
32
Aro
sta
309N
b0,
020
0,8
0,8
23,0
12,0
-0,
5-
--
E309
Cb-
16*
E 23
12
Nb
R 3
2A
rost
a 30
9Mo
0,02
00,
80,
823
,012
,52,
7-
--
-E3
09M
oL-1
6E
23 1
2 2
LR 3
2N
ichr
oma
0,02
50,
81,
020
,5 9
,52,
3-
--
-E3
08M
oL-1
6*E
20 1
0 3
R 3
2N
ichr
oma
160
0,05
00,
71,
023
,712
,82,
4-
--
-E3
09M
o-26
*E
23 1
2 LR
53*
Aro
sta
329
0,08
00,
71,
225
,0 4
,5-
--
--
-E
25 4
R 1
2*Li
mar
osta
312
0,11
00,
91,
029
,0 9
,0-
--
--
E312
-16*
E 29
9 R
12
Aro
sta
307
0,09
05,
00,
618
,5 8
,5-
--
--
E307
-16*
E 18
8 M
n R
12
Jung
o 30
70,
080
5,5
0,3
19,0
8,5
--
--
-E3
07-1
5*E
18 8
Mn
B 2
2A
rost
a 30
4H0,
050
0,75
0,85
18,5
9,5
--
--
-E3
08H
-16
E 19
9 H
R 1
2A
rost
a 30
9H0,
100
0,8
1,6
22,0
11,0
--
--
-E3
09-1
6*E
22 1
2 R
32*
Inth
erm
a 31
00,
120
2,5
0,5
26,0
20,5
--
--
-E3
10-1
6E
25 2
0 R
12
Inth
erm
a 31
0B0,
100
3,0
0,3
25,0
21,0
--
--
-E3
10-1
5*E
25 2
0 B
12
* fo
r dev
iatio
ns c
onsu
lt co
rres
pond
ing
data
shee
t
Covered electrodesfor stainless and heat resistant steel
-
9
Covered electrodes for Ni-, Cu- and Al-alloys
Covered electrodes for cast iron
CO
VE
RE
D E
LE
CT
RO
DE
S F
OR
CA
ST I
RO
NP
rodu
ct n
ame
Che
mic
al c
ompo
siti
on (t
ypic
al v
alue
s) in
%C
lass
ific
atio
nsC
FeC
uN
iA
WS
A5.
15-9
0D
IN 8
573
Rep
Tec
Cas
t 10,
72,
0-
97E
Ni C
IE
Ni-
BG
12R
epTe
c C
ast 3
0,6
40,0
-ba
l.E
NiF
e C
IE
NiF
e-1-
BG
12R
epTe
c C
ast 3
10,
745
,0-
bal.
E N
iFe
CI
E N
iFe-
1-B
G12
* fo
r dev
iatio
ns c
onsu
lt co
rres
pond
ing
data
shee
t
CO
VE
RE
D E
LE
CT
RO
DE
S F
OR
CO
PP
ER
AL
LO
YS
Pro
duct
nam
eC
hem
ical
com
posi
tion
(typ
ical
val
ues)
in %
Cla
ssif
icat
ions
Mn
Al
FeC
uN
iA
WS
A5.
15
Rep
Tec
Cu8
126,
52
bal.
2E
CuM
nNiA
l
CO
VE
RE
D E
LE
CT
RO
DE
S F
OR
NIC
KE
L B
ASE
AL
LO
YS
Pro
duct
nam
eC
hem
ical
com
posi
tion
(ty
pica
l va
lues
) in
%C
lass
ific
atio
nsC
Mn
Si
Fe
Cr
Ni
Mo
Cu
Nb
Oth
ers
AW
S A
5.11
AW
S 5.
4E
N 1
6001
) /ISO
141
72
NiC
ro 3
1/27
0,02
00,
80,
90ba
l.27
,131
3,5
0,9
--
-E
383-
16*
E 27
31
4 C
u L
R 1
2N
iCro
60/
200,
030
0,5
0,35
2,0
22,0
62 9
,0 -
3,4
-E
NiC
rMo-
3-
E N
i 662
5N
iCro
70/
150,
020
4,4
0,45
6,0
18,0
bal.
0,8
-1,
9-
E N
iCrF
e-2*
-E
Ni 6
182
NiC
ro 7
0/15
Mn
0,02
55,
50,
40-
16,0
bal.
- -
2,0
-E
NiC
rFe-
3-
E N
i 618
2N
iCro
70/
190,
030
4,7
0,60
4,0
19,0
67,7
1,5
-1,
9-
E N
iCrF
e-2*
-E
Ni 6
077
NiC
roM
o 59
/23
0,01
50,
40,
151,
522
,559
15,5
--
-E
NiC
rMo-
13-
E N
i 605
9N
icke
l 96
0,02
00,
40,
500,
3-
97 -
--
0,00
5% S
E N
i-1-
E N
i 206
11,
3%Ti
NiC
u 70
/30
0,03
03,
00,
401,
75-
bal.
-30
,0-
0,35
% T
iE
NiC
u-7
-E
Ni 4
060
Nyl
oid
2 SR
P0,
050
3,0
0,40
6,0
13,0
686,
0 -
1,5
1,5%
WE
NiC
rMo-
6-
E N
i 662
0
CO
VE
RE
D E
LE
CT
RO
DE
S F
OR
AL
UM
INIU
M A
LL
OY
SP
rodu
ct n
ame
Che
mic
al c
ompo
siti
on
(typ
ical
val
ues)
in
%C
lass
ific
atio
ns
Al
Si
M
nA
WS
A5.
3-91
EN
x
Rep
Tec
AlS
i5ba
l. 5
-E4
043
Al
4043
A*
Rep
Tec
AlS
i12
bal.
120,
1-
A1
4047
A
-
10
CO
VE
RE
D E
LE
CT
RO
DE
S F
OR
HA
RD
FA
CIN
G A
PP
LIC
AT
ION
SP
rodu
ct n
ame
Che
mic
al c
ompo
siti
on (t
ypic
al v
alue
s) in
%C
lass
ific
atio
nsC
Mn
Si
Cr
Mo
WV
Co
Nb
Ni
DIN
855
5
Wea
rshi
eld
BU
-30
0,2
0,8
1,0
1,5
0,5
--
--
0,1
E 1-
UM
-350
-GP
Wea
rshi
eld
Man
gjet
(e)
0,7
15,0
-3,
7-
--
--
-E
7-U
M-2
00-K
PW
ears
hiel
d 15
CrM
n0,
3514
,00,
615
,0-
--
--
-E
7-U
M-2
50-K
PW
ears
hiel
d 22
Mn5
Cr
1,2
21,0
0,4
5,3
--
--
--
-W
ears
hiel
d M
M 4
00,
20 0
,51,
33,
40,
5 -
--
--
E 1-
UM
-400
-G*
Wea
rshi
eld
MM
0,55
0,5
1,5
4,5
0,5
0,5
--
--
E 2-
UM
-55-
G*
Wea
rshi
eld
T &
D0,
65 0
,40,
74,
06,
01,
81,
1-
--
E 4-
UM
-60-
SZW
ears
hiel
d M
I (e)
0,5
0,4
1,8
9,0
- -
--
--
E 6-
UM
-60-
GPS
Wea
rshi
eld
AB
R2,
10 1
,10,
756,
50,
4 -
--
--
E 10
-UM
-50-
GPZ
Wea
rshi
eld
442,
00 0
,16
0,9
24,2
2,5
--
--
-E
10-U
M-4
5-G
PZW
ears
hiel
d M
E (e
)3,
0 -
1,0
33,0
- -
--
--
E 10
-UM
-60-
GR
ZW
ears
hiel
d 50
MC
5,0
2,0
2,1
21,0
-3,
10,
7-
6,4
-E
10-
UM
-65-
GR
ZW
ears
hiel
d 60
(e)
5,0
-4,
035
,0-
--
--
-E
10-U
M-6
0-G
RW
ears
hiel
d 70
4,2
-2,
718
,08,
57
--
7-
E 10
-UM
-65-
GR
ZW
ears
hiel
d 42
00,
50,
30,
412
,40,
4 -
--
--
E 6-
UM
-55-
RZ
Wea
rshi
eld
C 1
2,00
--
28,0
-12
--
-1,
0E
20-U
M-5
0-C
RZ
Wea
rshi
eld
C 6
1,00
--
27,0
-4
-ba
l.-
1,0
E 20
-UM
-45-
CR
STZ
Wea
rshi
eld
C 2
10,
22 -
-26
,05,
0 -
-ba
l.-
3,0
E 20
-UM
-45-
CK
RZ
Wea
rshi
eld
WC
x-
--
-x
--
--
E 21
-GFU
M-6
0-G
Covered electrodesfor hardfacing applications and repair
CO
VE
RE
D E
LE
CT
RO
DE
S F
OR
RE
PA
IR W
EL
DIN
GP
rodu
ct n
ame
Che
mic
al c
ompo
siti
on (
typi
cal
valu
es)
in %
Cla
ssif
icat
ions
CM
nS
iN
iC
rF
eA
lM
oW
Ti
Cu
Nb
AW
SE
N
Rep
Tec
50,
023,
00,
4ba
l.-
1,75
--
-0,
3530
,0-
E N
iCu-
7(A
5.11
-90)
E N
iCu3
0 M
n(E
N X
XX
)R
epTe
c 7
0,02
4,4
00,
45ba
l.18
6-
--
--
1,9
E N
iCrF
e-3
(A5.
11-9
0)E
NiC
r15F
e M
n(E
N X
XX
)R
epTe
c 29
0,11
0,9
51,
09,
029
,0-
--
--
--
E 31
2-16
*(A
5.4-
92)
E 29
9 R
12
(EN
160
0)R
epTe
c 34
0,02
0,9
0,9
bal.
16,0
6,5
-17
4,0
--
-E
NiC
rMo-
5*(A
5.11
)E
23-U
M-2
00-C
K P
TZR
epTe
c 46
0,12
2,5
0,5
20,5
26,0
--
--
--
-E
310-
16(A
5.4-
92)
E 25
20
R 1
2(E
N 1
600)
Rep
Tec
126
0,06
5,0
1,0
8,0
18,0
--
--
--
-E
307-
26*
(A5.
4-92
)E
18 8
Mn
R 5
3(E
N 1
600)
Rep
Tec
210
0,02
0,8
0,8
11,5
18,0
--
2,85
--
--
E 31
6L-1
6(A
5.4-
92)
E 19
12
3 LR
12
(EN
160
0)R
epTe
c C
u 8
-12
,00,
32,
0-
2,0
6,5
--
-ba
l.-
E C
uMnN
iAl
(A5.
6)-
Rep
Tec
Cas
t 10,
70-
-97
-2,
0-
--
-1,
8-
E N
i-CI
(A5.
15.9
0)E
Ni-B
G12
(EN
XX
X)
Rep
Tec
Cas
t 30,
6-
-ba
l.-
40,0
--
--
--
E N
iFe-
CI
(A5.
15.9
0)E
NiF
e-1-
BG
12(E
N X
XX
)R
epTe
c C
ast 3
10,
70-
-ba
l.-
45,0
--
--
--
E N
iFe-
CI
(A5.
15.9
0)E
NiF
e-1-
BG
12(E
N X
XX
)R
epTe
c A
lSi 5
--
5,0
--
-ba
l.-
--
--
E 40
43(A
5.3)
Al 4
043*
Rep
Tec
AlS
i 12
-0,
112
,0-
--
bal.
--
--
-A
1 40
47A
Rep
Tec
53 C
Tcu
tting
-ele
ktro
de-
--
--
--
--
--
-R
epTe
c 53
GR
goug
inge
lekt
rode
--
--
--
--
--
--
-
MD
E LN
Ma
4
Fill
er m
ater
ial f
or G
TA
and
GM
A w
eldi
ngP
rodu
ct n
ame
Che
mic
al c
ompo
siti
on (
typi
cal
valu
es)
in %
11
Cla
ssif
icat
ion
s
mild
ste
elC
Mn
Si
AW
S A
5.18
EN
440
LNT/
LNM
25
0,08
1,10
0,60
ER 7
0S-3
W/G
42
5 W
2Si
LNT/
LNM
26
0,10
1,50
0,90
ER 7
0S-6
W/G
3Si
1Su
pra
MIG
0,08
1,55
0,85
ER 7
0S-6
G 3
Si1
Supr
a M
IG U
tra0,
081,
700,
85ER
70S
-6G
4Si
1LN
M 2
70,
081,
700,
85ER
70S
-6G
42
5 M
G4S
i1
low
allo
yed
stee
lC
Mn
Si
Cr
Mo
Ni
othe
rsA
WS
A5.
28E
N 1
2070
EN
166
81)
LNT/
LNM
28
0,10
1,4
0,75
--
0,80
Cu
= 0,
3ER
80S
-G-
LNM
Mon
iva
0,08
1,7
0,44
0,23
0,30
1,35
V =
0,0
8ER
100
S-G
-C
u =
0,25
LNT/
LNM
Ni 1
0,09
1,2
0,60
--
0,90
ER 8
0S-N
i1W
/G 3
Ni 1
LNT/
LNM
Ni 2
.50,
101,
20,
50-
-2,
50ER
80S
-Ni2
W/G
2 N
i 2LN
T/LN
M 1
20,
121,
20,
60-
0,50
-ER
70S
-A1
W/G
MoS
iLN
T/LN
M 1
90,
101,
00,
501,
200,
50-
ER 8
0S-B
2*W
/G C
rMo1
SiLN
T/LN
M 2
00,
091,
00,
602,
500,
90-
ER 9
0S-B
3*W
/G C
rMo2
SiLN
T 50
20,
080,
50,
505,
800,
60-
ER 8
0S-B
6W
CrM
o5Si
LNT
9Cr (
P91)
0,07
0,7
0,40
8,70
0,90
0,70
N =
0,0
5ER
90S
-B9*
W C
rMo9
1V
= 0
,2N
b =
0,04
* ne
ares
t cla
ssifi
catio
n1)
GM
A w
eldi
ng w
ire a
ccor
ding
EN
440
Filler material for GTA and GMA weldingmild and low alloyed steel
-
12
Fill
er m
ater
ial f
or G
TA
and
GM
A w
eldi
ngP
rodu
ct n
ame
Che
mic
al c
ompo
siti
on (
typi
cal
valu
es)
in %
Cla
ssif
icat
ion
s
high
allo
yed
stee
lC
Mn
Si
Cr
Ni
Mo
Nb
Not
hers
AW
S A
5.9
EN
120
72
LNT/
LNM
304
LSi
0,01
01,
70,
820
,010
,00,
2-
-ER
308
LSi
W/G
19
9 LS
iLN
T 30
4L0,
010
1,6
0,5
20,0
10,0
0,2
--
ER 3
08L
W 1
9 9
LLN
T/LN
M 3
47Si
0,04
01,
30,
919
,2 9
,90,
30,
6-
ER 3
47Si
W/G
19
9 N
b Si
LNT
316L
0,01
01,
50,
518
,512
,02,
7-
-ER
316
LW
19
12 3
LLN
T/LN
M 3
16LS
i0,
010
1,6
0,8
18,5
12,2
2,5
--
ER 3
16LS
iW
/G 1
9 12
3 L
Si
LNT/
LNM
318
Si0,
040
1,4
0,85
18,9
11,7
2,7
0,5
-ER
318
*W
/G 1
9 12
3 N
b Si
LNT/
LNM
443
9Mn
0,02
07,
00,
719
,116
,94,
6-
0,15
-W
/G 1
8 16
5 N
L*
LNT/
LNM
445
50,
015
7,0
0,35
20,0
16,0
2,8
-0,
15-
W/G
20
16 3
Mn
L
LNT/
LNM
446
50,
018
5,0
0,4
25,0
23,0
2,0
-0,
15-
W/G
25
22 2
N L
LNT/
LNM
450
00,
009
1,7
0,3
20,0
25,0
4,4
--
Cu=
1,5
ER 3
85W
/G 2
0 25
5 C
u L
LNT/
LNM
446
20,
018
1,5
0,5
22,7
8,5
3,0
-0,
15ER
220
9G
/W 2
2 9
3 N
LLN
T/LN
M Z
eron
100
X0,
015
0,7
0,4
25,0
9,8
3,7
-0,
22C
u=0,
6-
G/W
25
9 4
N L
W=0
,7
LNT/
LNM
309
LSi
0,01
01,
80,
823
,313
,80,
14-
-ER
309
LSi
W/G
23
12 L
SiLN
T 30
9LH
F0,
010
1,65
0,35
2413
0,05
--
ER 3
09L
W 2
3 12
LLN
M 3
070,
080
7,1
0,8
19,2
9,0
--
-ER
307
*G
18
8 M
nLN
T/LN
M 3
04H
0,05
01,
80,
520
,010
,00,
2-
-ER
308
HW
/G 1
9 9
HLN
M 3
09H
0,05
01,
80,
524
13,5
0,2
--
ER 3
09-
LNT/
LNM
310
0,01
01,
80,
4526
,021
,00,
2-
-ER
310
W/G
25
20
* ne
ares
t cla
ssifi
catio
n
Filler material for GTA and GMA weldingstainless and heat resistant steel
-
MD
E LN
Ma
4
Fill
er m
ater
ial f
or G
TA
and
GM
A w
eldi
ngP
rodu
ct n
ame
Che
mic
al c
ompo
siti
on (
typi
cal
valu
es)
in %
13
Cla
ssif
icat
ion
s
nick
el a
lloys
CM
nS
iN
iF
eC
rM
oC
uN
bT
iW
AW
S A
5.14
ISO
182
74-0
0
LNM
/LN
T N
iCro
60/
200,
020,
060,
0764
1,7
21,9
9,0
-3,
5-
-ER
NiC
rMo-
3S
Ni 6
625
LNM
/LN
T N
iCro
70/
190,
033,
10,
0872
,50,
820
,5-
0,01
2,6
--
ER N
iCr3
S N
i 608
2LN
T N
iCro
Mo5
9/23
0,01
50,
50,
0659
1,5
2316
,0-
--
--
S N
i 605
9LN
M/L
NT
NiC
u 70
/30
0,10
3,3
0,6
641,
5-
-29
,0-
2,4
-ER
NiC
u-7
S N
i 406
0LN
M/L
NT
NiT
i0,
020,
40,
2ba
l.0,
06-
--
-3,
1-
ER N
i1S
Ni 2
061
LNM
NiF
e0,
050,
830,
1454
,8ba
l.-
-0,
4-
--
EN N
iFe-
C1
-
copp
er a
lloys
Cu
Mn
Si
Ni
Al
FeT
iS
nA
WS
A5.
7D
IN 1
733-
88
LNM
CuA
l 8ba
l.0,
30-
- 8
--
-ER
CuA
l-Al
SG-C
uAl8
LNM
/LN
T C
uNi 3
0ba
l.0,
80-
31-
--
-ER
CuN
iSG
-CuN
i30F
eLN
M C
uSn
bal.
0,20
0,3
0,1
--
-0,
8ER
Cu
SG-C
uSn
LNT
CuS
n 6
bal.
--
--
--
6,0
P =
0,2
ER C
uSn-
A*
SG-C
uSn6
LNM
CuS
n 12
bal.
--
--
--
12,0
P =
0,2
SG C
uSn1
2LN
T C
uSi 3
bal.
1,0
3,0
--
--
0,1
Zn =
0,1
ER C
uSi-A
SG-C
uSi3
Filler material for GTA and GMA weldingnickel, copper
-
14
Fill
er m
ater
ial f
or G
TA
and
GM
A w
eldi
ngP
rodu
ct n
ame
Che
mic
al c
ompo
siti
on (
typi
cal
valu
es)
in %
Cla
ssif
icat
ion
s
alum
iniu
m a
lloys
Al
Mg
Si
Ti
Zn
Cu
Mn
Cr
Fe
AW
S A
5.10
ISO
182
73-0
1
LNT/
LNM
Al 9
9.5
bal.
-0,
050,
10,
020,
08
-
15
FL
UX
CO
RE
D O
UT
ER
SHIE
LD
WIR
ES
WIT
H S
HIE
LD
ING
GA
SP
rodu
ct n
ame
Che
mic
al c
ompo
siti
on (
typi
cal
valu
es)
in %
Cla
ssif
icat
ions
CM
nS
iP
SN
iC
rM
oV
AW
SE
N 7
58
Out
ersh
ield
70
0,06
01,
300,
500,
015
0,0`
0-
--
-E7
0T-1
-H8
T 46
0 R
C3
H10
0,06
01,
700,
350,
015
0,01
0-
--
-E7
0T-1
M-H
8T
46 0
R M
3 H
10O
uter
shie
ld 7
0-H
0,06
01,
450,
700,
015
0,01
0-
--
-E7
0T-1
H4
T 46
0 R
C3
H5
0,06
01,
700,
350,
015
0,01
0-
--
-E7
0T-1
M H
4-T
46 2
R M
3 H
5O
uter
shie
ld 7
0E-H
0,04
01,
400,
600,
013
0,01
0-
--
-E7
0T-1
J (1
MJ)
H4
T 46
3 R
C1
(M1)
H5
Out
ersh
ield
71E
0,05
01,
250,
700,
015
0,01
5-
--
-E7
1T-1
MJ-
H8
T 46
3 P
M1
H10
Out
ersh
ield
71E
-H0,
040
1,40
0,60
0,01
30,
010
--
--
E71T
-1M
J H
4T
46 3
P M
1 H
5O
uter
shie
ld 7
1M-H
0,05
01,
300,
400,
015
0,01
0-
--
-E7
1T-1
J H
4T
46 2
P C
1 H
5O
uter
shie
ld T
55-H
0,05
01,
500,
550,
012
0,01
0-
--
-E7
1T-5
J H
4T
42 4
B C
2 H
50,
060
1,50
0,60
0,01
20,
010
--
--
E71T
-5 M
J H
4T
42 4
B M
2 H
5O
uter
shie
ld 8
1Ni1
-H0,
050
1,40
0,20
0,01
30,
010
0,95
--
E81T
1-N
i1 M
J H
4T
50 6
1N
i P M
2 H
5O
uter
shie
ld 8
1K2-
H0,
040
1,40
0,20
0,01
20,
010
1,40
--
-E8
1T1-
K2
MJ
H4
T 50
6 1
.5N
i P M
2 H
5O
uter
shie
ld 8
1B2-
H0,
050
0,70
0,55
0,01
00,
010
-1,
200,
50-
E81T
1-B
2-
0,05
00,
750,
650,
010
0,01
0-
1,30
0,50
-E8
1T1-
B2
-O
uter
shie
ld 9
1K2-
H0,
050
1,50
0,30
0,01
50,
015
1,80
--
-E9
1T1-
K2
-O
uter
shie
ld 5
50-H
0,04
01,
400,
200,
012
0,01
02.
00-
0,30
-E1
01T1
-K3
MJ
H4
T 55
4 Z
P M
1 H
5O
uter
shie
ld 6
90-H
0,06
01,
500,
200,
015
0,01
02,
00-
0,50
-E1
11T1
-K3
MJ
H4
T 69
4 Z
P M
2 H
5
AW
SE
N 7
58
Out
ersh
ield
MC
710
0,05
01,
500,
800,
020,
030
--
--
E70C
-6M
Out
ersh
ield
MC
710
-H0,
050
1,50
0,75
0,01
50,
020
--
--
E70C
-6M
H4
T 42
3 M
(2 M
) M2
H5
Out
ersh
ield
MC
715
-H0,
040
1,50
0,40
0,01
50,
020
--
--
E70C
-6M
H4
T 42
4 M
M2
H5
Out
ersh
ield
MC
110
00,
060
1,80
0,60
0,01
00,
020
1,80
0,10
0,40
0,01
E110
C-G
-
Flux cored wires with shielding gas
-
16
SEL
F S
HIE
LD
ING
INN
ER
SHIE
LD
WIR
ES
Pro
du
ctn
ame
C
hem
ical
com
pos
itio
n (
typ
ical
val
ues
) in
%
C
lass
ific
atio
ns
CP
Mn
SS
iA
lN
iC
rA
WS
A5.
20/A
5.29
Inne
rshi
eld
NR
-152
0,30
0,01
30,
990,
007
0,24
1,63
--
E71
T-14
Inne
rshi
eld
NR
-203
NiC
0,06
0,00
40,
830,
003
0,05
0,73
0,57
0,08
E61
T8-K
6In
ners
hiel
d N
R-2
03N
i10,
080,
008
1,10
0,00
30,
270,
850,
900,
04E7
1 T8
-Ni
Inne
rshi
eld
NR
-211
MP
0,21
0,00
80,
600,
007
0,18
1,50
E71
T-11
Inne
rshi
eld
NR
-232
0,18
0,00
60,
650,
004
0,27
0,55
E71
T-8
Inne
rshi
eld
NR
-204
-H0,
150,
008
0,75
0,01
30,
200,
65E7
1T-G
SIn
ners
hiel
d N
R-2
070,
070,
005
0,90
0,00
30,
201,
000,
85E7
1 T8
-K6
Inne
rshi
eld
NR
-207
-H0,
070,
005
0,90
0,00
30,
201,
000,
85E7
1 T8
-K6
Inne
rshi
eld
NR
-208
-H0,
050,
007
1,65
-
17
FC
AW
WIR
ES
FO
R S
TA
INL
ESS
ST
EE
L, G
AS
SHIE
LD
ED
Pro
du
ctn
ame
Ch
emic
al c
omp
osit
ion
(t
ypic
al v
alu
es)
in %
Cla
ssif
icat
ion
s
CM
nS
iC
rN
iM
oA
WS
A5.
22E
N 1
2073
Cor
-A-R
osta
304
L0,
031,
50,
620
,010
,0-
E308
LT0-
1 / -
4T
19 9
L R
C/M
3C
or-A
-Ros
ta P
304
L0,
031,
60,
619
,510
,0-
E308
LT1-
1 / -
4T
19 9
L P
C/M
2C
or-A
-Ros
ta 3
470,
031,
60,
4519
,110
,4E3
47LT
0-1
T 19
9 N
b R
M 3
Cor
-A-R
osta
316
L0,
031,
60,
618
,812
,22,
7E3
16LT
0-1
/ -4
T 19
12
3 L
R C/
M 3
Cor
-A-R
osta
P 3
16L
0,03
1,3
0,6
18,3
12,5
2,8
E316
LT1-
1 / -
4T
19 1
2 3
L P
C/M
2C
or-A
-Ros
ta 3
09L
0,03
1,4
0,6
24,0
12,6
-E3
09LT
0-1
/ -4
T 23
12
L R
C/M
3C
or-A
-Ros
ta P
309
L0,
031,
20,
623
,312
,6-
E309
LT1-
1 / -
4T
23 1
2 L
P C
/M 2
Cor
-A-R
osta
309
MoL
0,03
1,3
0,6
23,4
12,8
2,2
E309
LMoT
0-1
/ -4
T 23
12
2 L
R C/
M 3
Cor
-A-R
osta
P 3
09M
oL0,
030,
80,
622
,712
,52,
3E3
09LM
oT-1
/ -4
T 23
12
2L P
C/M
2C
or-A
-Ros
ta 4
462
0,03
0,9
0,6
22,9
9,3
3,4
E220
9T0-
4T
22 9
3 N L
R M
3C
or-A
-Ros
ta P
446
20,
030,
70,
622
,99,
23,
4E2
209T
1-1
T 22
9 3
N L
P M
2
Flux cored wiresfor stainless steel, gas shielded
-
18
Self shielding flux cored wiresfor hardfacing applications
SEL
F S
HIE
LD
ING
FL
UX
CO
RE
D W
IRE
FO
R H
AR
DF
AC
ING
AP
PL
ICA
TIO
NS
Pro
du
ctn
ame
Ch
emic
al c
omp
osit
ion
(ty
pic
al v
alu
es)
in %
Cla
ssif
icat
ies
CM
nS
iC
rA
lM
oW
DIN
855
5
Linc
ore
330,
15 2
,10,
652,
41,
7-
-M
F1-G
Z-35
0-G
PSLi
ncor
e 40
-O0,
20 1
,50,
703,
51,
80,
4-
MF1
-GF-
400-
GPS
Linc
ore
502,
20 1
,21,
0011
,00,
60,
5-
MF6
-GF-
50-G
PLi
ncor
e 55
0,45
1,4
0,55
5,3
1,4
0,8
-M
F2-G
F-55
-GP
Linc
ore
60-O
4,20
1,6
1,30
25,4
0,6
--
MF1
0-G
F-60
-CG
Linc
ore
T &
D0,
651,
50,
807,
01,
81,
41,
6M
F4-G
F-60
-SLi
ncor
e 15
CrM
n0,
4015
,00,
2516
,0-
--
MF7
-GF-
250-
KP
Linc
ore
420
0,50
1,7
0,90
11,0
--
-M
F6-G
F-55
-CG
RLi
ncor
e M
0,60
13,0
0,40
4,9
--
-M
F-G
F-45
-KP
-
Solid wires for submerged arc welding
19
SOL
ID A
ND
FL
UX
CO
RE
D W
IRE
S F
OR
SA
-WE
LD
ING
Pro
du
ctn
ame
Ch
emic
al c
omp
osit
ion
(ty
pic
al v
alu
es)
in %
Cla
ssif
icat
ion
s
Mild
ste
elC
Mn
Si
PS
Cr
Ni
Mo
AW
S A
5.17
/5.2
3E
N 7
56
L-60
(LN
S 14
3)0,
090,
50,
06-
--
-EL
12S1
LNS
135
0,10
1,0
0,12
0,01
50,
015
--
EM12
S2L-
61 (L
NS
129)
0,10
1,0
0,25
--
--
EM12
KS2
SiL
50M
(LN
S 13
3U)
0,10
1,6
0,25
--
--
EH12
KS3
Si
Low
al
loye
d st
eel
CM
nS
iP
SC
rN
iM
oA
WS
A5.
17/5
.23
EN
756
/120
70
LNS
140A
/L-7
00,
100,
90,
10-
--
-0,
5EA
1S2
Mo
LNS
140T
B0,
061,
10,
20-
--
-0,
5EG
S0LN
S 14
10,
131,
50,
15-
--
-0,
5EA
4S3
Mo
LNS
140
0,10
1,9
0,10
-
Solid wires for submerged arc welding
20
SOL
ID W
IRE
S F
OR
SA
-WE
LD
ING
Pro
duct
nam
eC
hem
ical
com
posi
tion
(ty
pica
l va
lues
) in
%
Cla
ssif
icat
ions
Stai
nles
s st
eel
CM
nS
iC
rN
iM
oN
bN
othe
rsW
.Nr.
AW
S A
5.9
EN
120
72
LNS
304L
0,01
51,
80,
420
100,
1-
--
1.43
16ER
308
LS
19 9
LLN
S 30
4H0,
051,
20,
620
,110
,5-
--
--
ER 3
08H
S 19
9 H
LNS
309L
0,01
1,8
0,4
23,4
13,8
0,07
--
-1.
4332
ER 3
09L
S 23
12
LLN
S 31
6L0,
015
1,75
0,4
18,5
122,
75-
--
1.44
30ER
316
LS
19 1
2 3
LLN
S 31
80,
041,
80,
419
,511
,32,
60,
5-
-1.
4576
ER 3
18S
19 1
2 3
Nb
LNS
329
0,09
1,8
1,2
25,5
5,6
--
--
--
S 25
4LN
S 34
70,
031,
60,
419
,59,
70,
10,
6-
-1.
4451
ER 3
47S
19 9
Nb
LNS
4455
0,01
7,0
0,4
2016
2,7
-0,
16-
1.44
55-
S 20
16
3 M
n L
LNS
4462
0,01
51,
60,
523
8,6
3,1
-0,
16-
1.44
62*
ER 2
209
S 22
9 3
N L
LNS
4500
0,01
1,8
0,3
2025
,24,
6-
-C
u=1,
51.
4539
*ER
385
S 20
25
5 C
u L
LNS
Zero
n 10
0X0,
020,
70,
325
9,3
3,7
-0,
23C
u=0,
6-
ER 2
553*
S 25
9 4
N L
W=0
,6LN
S C
rMn
18/7
0,07
70,
619
8,9
--
--
1.43
70ER
307
*S
18 8
Mn
Nic
kel
allo
ysC
Mn
Si
Cr
Ni
Mo
Nb
Not
hers
W.N
r.A
WS
A5.
14E
N 1
2072
LNS
NiC
ro 6
0/20
0,05
0,02
0,1
2265
8,7
3,7
-Fe
=0,1
2.48
31ER
NiC
rMo-
3S
Ni 6
625
*
near
est c
lass
ifica
tions
-
Corresponding welding consumables
21
Covered Electrodes TIG Wires Solid Wires
Notes
-
Corresponding welding consumables
22
Gas Shielded Gasless SAW WiresFlux Cored Wires
Consumables for un-alloyed and fine grained steel
Fleetweld 5PFleetweld 5P+Resistens 100SupraPantaPantafixOmniaCumuloUniversalisFerrod 165AFerrod 120TFerrod 135TFerrod 160TFerrod 170Ferrod 185TFerrod 200TGeoforsBaso 48 SP Conarc 48 Baso 100Baso 120Baso GBaso 26 V Conarc 49Conarc 49CConarc 51Conarc L150Conarc V180Conarc V250KardoConsumables for low alloyed steel (High strength, low temperature and creep resistant steel)Shield Arc Hyp LNT 25 - LNT 26 LNM 25 - LNM 26Shield Arc 70+ LNT Ni 1 LNM Ni 1Shield Arc 85 LNT 12 LNM 12Shield Arc 90 - LA-100Conarc 60 G LNT Ni 2,5 LNM Ni1 / LNM 28Conarc 70 G LNT Ni 2,5 -Conarc 80 - LA-100Conarc 85 - LNM MoNiVaKryo 1 LNT Ni 1 LNM Ni 1Kryo 1 P LNT Ni 1 LNM Ni 1Kryo 1-180 LNT Ni 1 LNM Ni 1Kryo 2 LNT Ni 2,5 LNM Ni 2,5Kryo 3 LNT Ni 2,5 LNM Ni 2,5SL 12 G LNT 12 LNM 12SL 19 G LNT 19 LNM 19SL 19 (STC) LNT 19 LNM 19SL 20 G LNT 20 LNM 20SL 20 (STC) LNT 20 LNM 20SL 22 G - -SL 502 LNT 502 -SL 9 Cr (P91) LNT 9 Cr (P91) -
LNT 25 - LNT 26
LNM 25 LNM 26 LNM 27 SupraMIG SupraMIG Ultra
-
Corresponding welding consumables
23
Covered Electrodes TIG Wires Solid Wires
NR-204-H + NR-207-(H)NR-204-H + NR-207-(H)
NR-211 MP L60 (LNS 143)NR-232 L61 (LNS 129)
LNS 135Wires to combine with fluxes:Lincolnweld 761Lincolnweld 780 / 781
NR-232 Lincolnweld 960 / 980NR-311NS-3M
L61 (LNS 129)NR-203 Ni 1 LNS 135NR-203 Ni C LNS 133 UNR-204-H (root only) LNS 140ANR-207-H LNS T-55NR-208-H Wires to combine with fluxes:NR-400 Lincolnweld 860 / 960 / 8500
P 223 / P 230 / P 240
NR-203 Ni C LNS 143 / P 240
Outershield 71E-H NR-204-H + NR-208-H LNS 135 / LNS 140AOutershield 81Ni1-H NR-204-H + NR-208-H Lincolnweld 780 / 860 / P 230Outershield 81Ni1-H NR-204-H + NR-208-H LNS 141 - LNS 167Outershield 81K2-H NR-204-H + NR-450-H P 230 - P 240 - Lincolnweld 8500Outershield 81K2-H NR-450-H LNS 164 / P 240 - Lincolnweld 8500Outershield 91K2-H NR-450-H LNS 164 / P 240 - Lincolnweld 8500Outershield MC1100 / 690-H - LNS 168 / P 230 - P 240 - 8500Outershield MC1100 / 690-H - LNS 168 / P 230 - P 240 - 8500Outershield 81Ni1-H NR-203 Ni 1 LNS 160 / LNS 165Outershield 81Ni1-H NR-203 Ni C P 230 - P 240Outershield 81Ni1-H NR-400 Lincolnweld 860 - 8500Outershield 81K2-H NR-450-H LNS 162 / P 230 - P 240 - 8500
- - LNS 162 / P 240 - Lincolnweld 8500- - LNS 140A / Lincolnweld 860 / P 230
Outershield 81B2-H - LNS 150 / 860 - P 230 - P 240 - 8500- - LA-92 / Lincolnweld 880M - MIL800-H- - LNS 151 / P 230 - P 240 - 8500- - LA-93 / Lincolnweld 880M - MIL800-H- - -- - LNS 502 / P230 - P 240 - 8500- - -
Outershield 70-H Outershield 71E-H Outershield 71M-H Outershield MC710-H Outershield MC715-H Outershield T55-H
-
Corresponding welding consumables
24
Gas Shielded Gasless SAW WiresFlux Cored Wires
Rods
Consumables for stainless and heat resistant steelArosta 304 L LNT 304 LSi LNM 304 LSiLimarosta 304 L LNT 304 LSi LNM 304 LSiVertarosta 304 L LNT 304 LSi LNM 304 LSiJungo 304 L LNT 304 L LNM 304 LSiLimarosta 304L-130 LNT 304 LSi LNM 304 LSiArosta 347 LNT 347 Si LNM 347 SiJungo 347 LNT 347 Si LNM 347 SiArosta 316 L LNT 316 LSi LNM 316 LSiLimarosta 316 L LNT 316 LSi LNM 316 LSiVertarosta 316 L LNT 316 LSi LNM 316 LSiJungo 316 L LNT 316 L LNM 316 LSiLimarosta 316L-130 LNT 316 LSi LNM 316 LSiArosta 318 LNT 318 Si LNM 318 SiJungo 318 LNT 318 Si LNM 318 SiArosta 4439 LNT 4439 Mn LNM 4439 MnJungo 4455 LNT 4455 LNM 4455 Jungo 4465 LNT 4465 LNM 4465Jungo 4500 LNT 4500 LNM 4500Arosta 4462 LNT 4462 LNM 4462Jungo 4462 LNT 4462 LNM 4462Arosta 4462-145 LNT 4462 LNM 4462Jungo Zeron 100 X LNT Zeron 100X LNM Zeron 100 XJungo SD 2509 LNT Zeron 100X LNM Zeron 100 XArosta 309 S LNT 309 LSi (309 LHF) LNM 309 LSiLimarosta 309 S LNT 309 LSi LNM 309 LSiArosta 309 Nb - -Arosta 309 Mo - -Nichroma LNT 309 LSi LNM 309 LSiNichroma 160 LNT 309 LSi LNM 309 LSiArosta 329 - -Limarosta 312 - -Arosta 307 - LNM 307Jungo 307 - LNM 307Arosta 304 H LNT 304 H LNM 304 HArosta 309 H - LNM 309 HIntherma 310 LNT 310 LNM 310Intherma 310 B LNT 310 LNM 310Consumables for Nickel base alloysNicro 31/27 - -Nicro 60/20 LNT NiCro 60/20 LNM NiCro 60/20Nicro 70/15 LNT NiCro 70/19 LNM NiCro 70/19Nicro 70/15 Mn LNT NiCro 70/19 LNM NiCro 70/19Nicro 70/19 LNT NiCro 70/19 LNM NiCro 70/19NiCroMo 59/23 LNT NiCroMo 59/23 LNM NiCroMo 59/23NiCroMo 66/22 LNT NiCroMo 66/22 LNM NiCroMo 66/22Nickel 96 LNT NiTi LNM NiTiNiCu 70/30 LNT NiCu 70/30 LNM NiCu 70/30Nyloid 2 SRP LNT NiCro 60/20 LNM NiCro 60/20
-
Corresponding welding consumables
25
Covered Electrodes TIG Wires Solid Wires
Cor-A-Rosta (P)304L - LNS 304L / P 2000Cor-A-Rosta 304L - LNS 304L / P 2000Cor-A-Rosta P304L - LNS 304L / P 2000Cor-A-Rosta (P)304L - LNS 304L / P 2000Cor-A-Rosta 304L - LNS 304L / P 2000
- - LNS 347 / P 2000- - LNS 347 / P 2000
Cor-A-Rosta (P)316L - LNS 316L / P 2000Cor-A-Rosta 316L - LNS 316L / P 2000Cor-A-Rosta P316L - LNS 316L / P 2000Cor-A-Rosta (P)316L - LNS 316L / P 2000Cor-A-Rosta 316L - LNS 316L / P 2000
- - LNS 318 / P 2000- - LNS 318 / P 2000- - LNS 4439Mn / P 2000- - LNS 4455 / P 2000- - LNS 4465 / P 2000- - LNS 4500 /P 2000
Cor-A-Rosta (P)4462 - LNS 4462 / P 2000 (S)Cor-A-Rosta (P)4462 - LNS 4462 / P 2000 (S)Cor-A-Rosta 4462 - LNS 4462 / P 2000 (S)
- - LNS Zeron 100X P 2000 (S)- - LNS Zeron 100X P 2000 (S)
Cor-A-Rosta (P)309L - LNS 309L / P 2000 (S)Cor-A-Rosta 309L - LNS 309L / P 2000 (S)
- - -Cor-A-Rosta (P)309MoL - LNS 4462 / P 2000 (S)Cor-A-Rosta (P)309(Mo)L - LNS 309L / P 2000 (S)Cor-A-Rosta 309(Mo)L - LNS 309L / P 2000 (S)
- - LNS 329 / P 2000- - -- - LNS CrMn 18/7 LNS 307 / P 2000 (S)- - LNS CrMn 18/7 LNS 307 / P 2000 (S)- - LNS 304 H / MIL 800H- - -- - LNS 310 / P 2000- - LNS 310 / P 2000
- - -- - LNS NiCro 60/20 / P 2000- - LNS NiCro 70/19 / P 2000- - LNS NiCro 70/19 / P 2000- - LNS NiCro 70/19 / P 2000- - LNS NiCroMo 59/23 P 2000 (P 7000)- - LNS NiCroMo 66/22 / P 2000- - LNS NiTi / P 7000- - -- - LNS NiCro 60/20 / P 2000
-
Corresponding welding consumables
26
Gas Shielded Gasless SAW WiresFlux Cored Wires
Consumables for Copper alloysRepTec Cu 8 - LNM CuAl 8
- LNT CuNi 30 LNM CuNi 30- - LNM CuSn- LNT CuSn 6 -- - LNM CuSn 12- LNT CuSi 3 -
Consumables for Aluminium alloys- LNT Al 99.5 LNM Al 99.5 - LNT AlMg 3 LNM AlMg 3- LNT AlMg 4,5 Mn LNM AlMg 4,5 Mn - - LNM ALMg 4,5 MnZr - LNT AlMg 5 LNM AlMg 5
RepTec AlSi 5 LNT AlSi 5 LNM AlSi 5RepTec AlSi 12 LNT AlSi 12 LNM AlSi 12 Consumables for Cast IronRepTec Cast 1 LNT NiTi LNM NiTi RepTec Cast 3 - LNM NiFeRepTec Cast 31 - LNM NiFeConsumables for Hardfacing applicationWearshield BU 30 - -Wearshield Mangjet (e) - -Wearshield 15CrMn - -Wearshield 22Mn5Cr - -Wearshield MM 40 - LNM 4MWearshield MM - -Wearshield T&D - -Wearshield MI (e) - -Wearshield ABR - -Wearshield 44 - -Wearshield ME (e) - -Wearshield 60 (e) - -Wearshield 50 MC - -Wearshield 70 - -Wearshield 420 - LNM 420FM Wearshield C 1 - -Wearshield C 6 LNT Wearshield C6 -Wearshield C 21 - -Wearshield WC (LNT Wearshield WC) -Consumables for Repair weldingRepTec 5 LNT NiCu 70/30 LNM NiCu 70/30RepTec 7 LNT NiCro 70/19 LNM NiCro 70/19RepTec 29 - -RepTec 34 - -RepTec 46 LNT 310 LNM 310RepTec 126 - LNM 307RepTec 210 LNT 316 LSi LNM 316 LSiRepTec Cu 8 - LNM CuAl 8 RepTec Cast 1 LNT NiTi LNM NiTi RepTec Cast 3 - LNM NiFeRepTec Cast 31 - LNM NiFeRepTec AlSi 5 LNT AlSi 5 LNM AlSi 5RepTec AlSi 12 LNT AlSi 12 LNM AlSi 12 RepTec 53 CT - -RepTec 53 GR - -
-
Corresponding welding consumables
27
Covered Electrodes TIG Wires Solid Wires
- - -- - -- - -- - -- - -- - -
- - -- - -- - -- - -- - -- - -- - -
- - -- - -- - -
- Lincore 33 Lincore 30 S- - -- Lincore 15CrMn -- - -- Lincore 40-O -- Lincore 55 -- Lincore T&D -- Lincore 50 or 55 -- Lincore 50 -- - -- Lincore 60-O -- Lincore 60-O -- - -- - -- Lincore 420 L60 / Lincoln A-96-S- - -- - -- - -- - -
- - -- - LNS NiCro 70/19 / P 2000- - -- - -- - LNS 310 / P 2000- - LNS CrMn 18/7 LNS 307 / P 2000 (S)
Cor-A-Rosta (P)316L - LNS 316L / P 2000- - -- - -- - -- - -- - -- - -- - -- - -
-
EN classification of welding consumables
28
-
EN classification of welding consumables
29
-
EN classification of welding consumables
30
-
EN classification of welding consumables
31
22
-
EN classification of welding consumables
32
-
33
Selection table for fillet welds
per electrode per meter weld
Actual electrode welding arc number arcthroat type length time of time"a"mm mm cm sec electrodes sec
3 Resistens 100 4 46 80 2,2 176Ferrod 120T 4 56 89 1,8 160Ferrod 135T 4 65 92 1,5 138Ferrod 135T 4,5 74 88 1,4 123Ferrod 165A 4 77 70 1,3 91Geofors a 3 90 135 1,1 149
3,5 Resistens 100 5 54 78 1,9 148Ferrod 120T 5 65 90 1,5 135Ferrod 135T 5 73 86 1,4 120Ferrod 165A 4 57 70 1,8 126Ferrod 160T 4 54 99 1,9 188Ferrod 185T 4 64 75 1,6 120Geofors a 3,5 90 135 1,1 149
4 Resistens 100 5 42 78 2,4 187Ferrod 120T 5 50 90 2,0 180Ferrod 135T 5 57 86 1,8 155Ferrod 165A 5 67 75 1,5 113Ferrod 160T 5 67 96 1,5 144Ferrod 185T 5 76 88 1,3 114Geofors a 4 90 130 1,1 143
4,5 Ferrod 165A 5 52 75 1,9 143Ferrod 165A 6 75 83 1,3 108Ferrod 160T 5 52 96 1,9 182Ferrod 185T 5 60 88 1,7 150Geofors a 4,5 90 150 1,1 165
5 Ferrod 165A 6 61 83 1,6 133Ferrod 185T 6,3 66 91 1,5 137Geofors a 5 88 155 1,1 171
5,5 Ferrod 165A 6 50 83 2,0 166Ferrod 185T 6,3 55 91 1,8 164Geofors a 5,5 85 162 1,2 194
6 Ferrod 185T 6,3 46 91 2,2 200Ferrod 165A 6 42 83 2,4 199Geofors a 5,5 67 162 1,5 243
In bold type = preferenceNote: Figures are based on practical experience
-
34
Qualification test Qualified for fillet welds
Position Plate PipePlate- 1F 1F 1Ffillet 2F 1F, 2F 1F, 2F, 2FR
3F 1F, 2F, 3F 1F, 2F, 2FR4F 1F, 2F, 4F 1F, 2F, 2FR, 4F3F+4F All qualifications All qualifications
Pipe- 1F 1F 1Ffillet 2F 1F, 2F 1F, 2F, 2FR
2FR 1F, 2FR4F 1F, 2F, 4F 1F, 2F, 2FR, 4F5F All qualifications All qualifications
In grey: welding positions according ISO 6947
1FPA
2FPB
2FRPB
4FPD
5F up/downPFPG
1FPA
2FPB
3F up/downPFPG
4FPD
Welding positions according ASME
and ISO 6947
-
35
1GPA
2GPC
3G up/downPFPG
4GPE
1GPA
2GPC
5G up/downPFPG
6GH-L045
6GR
Qualification test Qualified for groove welds Qualified for fillet weldsPosition Plate Pipe Plate Pipe
Plate- 1G 1G 1G 1F 1Fgroove 2G 1G, 2G 1G, 2G 1F, 2F 1F, 2F, 2FR
3G 1G, 3G 1F, 2F, 3F 1F, 2F, 2FR4G 1G, 4G 1F, 2F, 4F 1F, 2F, 2FR, 4F
Pipe- 1G 1G 1G 1F 1Fgroove 2G 1G, 2G 1G, 2G 1F, 2F 1F, 2F
5G 1G, 3G, 4G 1G, 5G 1F, 2F, 3F, 4F All qualifications6G + 6GR All qualifications All qualifications All qualifications All qualifications2G + 5G All qualifications All qualifications All qualifications All qualifications
Welding positions according ASME
and ISO 6947
-
36Wel
ding
con
sum
able
s fo
r lo
w t
empe
ratu
re s
ervi
ces
App
licat
ion
Boi
ling-
poin
t C
KC
KEl
ectro
de T
ype
GM
AW
GTA
WFC
AW
SAW
type
of g
asFi
ne g
rain
edC
O2
- 28
245
Bas
o G
LNM
26
LNT
25O
uter
shie
ldL6
1 (L
NS
129)
/P23
0 (-
20C
)st
eel w
ith(to
1.5
ato
)Su
pra
MIG
MC
710-
Hin
crea
sing
Con
arc
LNT
26O
uter
shie
ldLN
S 13
5/P2
30 (-
20C
)st
reng
th49
C/5
1/V
180
T55-
HL5
0M/L
NS
133U
/P23
0O
uter
shie
ld81
Ni1
-H- 4
023
3Pr
opan
e- 4
223
1C
onar
cO
uter
shie
ldLN
S 16
0/P2
30/P
240
60G
/70G
/80/
8581
K2-
H- 5
122
2K
ryo1
/Kry
o1-1
80LN
M N
i1LN
T N
i1K
ryo2
LNS
162/
P230
/P24
0- 6
021
312
Ni 1
4CO
2 (so
lid)
- 78
195
Kry
o3LN
M N
i2.5
LNT
Ni2
.5- 8
019
3A
cety
lene
- 84
189
Etha
ne- 8
818
5LN
S 44
55/P
2000
Ethy
lene
- 104
169
Nyl
oid2
SR
PLN
M N
iCro
70/
19LN
T N
iCro
70/1
9- 1
0516
8X
12 N
i 5N
yloi
d2 S
RP
LNM
NiC
ro 7
0/19
LNT
NiC
ro 7
0/19
LNS
NiC
ro60
/20/
P200
0K
rypt
on- 1
5312
0M
etha
ne- 1
6111
2LN
M 4
455
LNT
4455
LNS
4455
/P20
00- 1
6510
8N
yloi
d2 S
RP
LNM
NiC
ro 7
0/19
LNT
NiC
ro 7
0/19
LNS
NiC
ro60
/20/
P200
0X
8 N
i 9A
uste
nitic
LNM
445
5LN
T 44
55LN
S 44
55/P
2000
CrN
i ste
elJu
ngo
304L
LNM
304
LSi
LNT
304L
LNS
304L
/P20
00A
ISI 3
04N
iCro
70/
15LN
M N
iCro
70/
19LN
T N
iCro
70/
19A
ISI 3
16 L
NN
iCro
70/
19A
ISI 3
17 L
NO
xyge
n- 1
8390
NiC
ro 6
0/20
LNM
NiC
ro 6
0/20
LNT
NiC
ro 6
0/20
LNS
NiC
ro60
/20/
P200
0A
rgon
- 186
87N
itrog
en- 1
9677
Aro
sta
4439
LNM
443
9Mn
LNT
4439
Mn
LNM
443
9Mn
- 196
77X
2 C
rNi1
9-11
Hyd
roge
n- 2
5320
LNM
445
5LN
T 44
55X
2 C
rNiM
o17-
12-2
Hel
ium
- 269
4Ju
ngo
4455
Selection tableApplications in low temperature steel
36
-
37
Selection tableApplications heat resistant steel
Las
toev
oegm
ater
iale
n vo
or h
oge
tem
pera
tuur
toep
assi
ngen
Max
. ser
vive
tem
p.50
055
055
060
060
060
060
070
070
075
090
0w
eldm
etal
(C
)EN
EN/D
IND
INEN
/DIN
DIN
DIN
EN/D
INEN
/DIN
EN/D
IND
IND
INP
295
GH
13C
rMo4
-514
MoV
6-3
10C
rMo9
-10
12C
rMo1
9-5
X12
CrM
o9-1
X20
CrM
oV12
-1X
6CrN
i18-
11X
6CrN
iMo1
7-13
X3C
rNiN
18-1
1X
10N
iCrA
lTi 3
2 20
a)1.
0481
1.73
351.
7715
1.73
801.
7362
1.73
861.
4922
1.49
481.
4919
1.49
491.
4876
1)(A
lloy
800H
)P
355
GH
16C
rMo4
-417
MnM
oV6-
412
CrM
o9-1
0X
20C
rMoW
V12
-1X
4CrN
i18-
10X
3CrN
iMoN
17-1
3N
iCr 1
5 Fe
b)1.
0473
1.73
371.
5403
1.73
751.
4935
1.43
011.
4910
2.48
162)
(Allo
y 60
0)16
Mo3
22C
rMo4
-410
CrS
iMoV
710
CrS
iMoV
7G
X5C
rNi1
9-10
X4C
rNiM
o17-
12-2
NiC
r 23
Fe1.
5415
1.73
501.
8075
1.80
751.
4308
1.44
012.
4851
3)(A
lloy
601(
H)
17M
o3G
S-22
CrM
o54
17C
rMoV
10X
3CrN
iN18
-11
a) so
lutio
n an
neal
ed,
(1.5
415)
1.73
541.
7766
1.49
49te
mpe
red
atm
ax. 6
00C
14M
o625
CrM
o4b)
pres
sure
ves
sels
1.54
231.
7218
max
. 450
C
P 26
5 G
H1.
0425
AST
MA
STM
AST
MA
STM
AST
MA
STM
AIS
IA
ISI
AST
M
A38
7Gr 1
1/12
A40
5Gr P
24A
213G
r T22
A18
2Gr F
5A
199G
r T91
TP 3
04H
TP 3
16H
B16
3Gr N
062)
A28
5GrA
/B/C
A21
3Gr T
12/1
3A
199G
r T5
A20
0Gr T
91B
163G
r N08
1)A
299
A33
5Gr P
12/1
1A
335G
rP22
A20
0Gr T
5A
213G
r T91
TP30
4TP
316
B16
7Gr 6
002)
A41
4grB
-FA
336G
r F12
/11
A18
2Gr F
22A
335G
r P91
B40
7Gr8
101)
A51
5A
336G
r F91
A51
6 gr
. 70
A18
2Gr F
11/2
/12
A19
9Gr T
22A
213G
r T5
AST
MA
662
gr. B
A20
0Gr T
22A
335G
r P5
SA18
2 F9
1A
351G
r CF8
A 53
7 gr
. 1A
356G
r 6A
336G
r F22
A33
6Gr F
5SA
213
T91
A29
6Gr C
F8A
161
gr. T
1A
387G
r 22
A35
7A
182
gr. F
1A
519G
r 413
0A
369G
r FP5
A20
4 gr
. A-C
A47
3 TP
501
SA36
9 FP
91A
369
gr. F
P1A
473
TP50
2SA
387
Gr9
1
AIS
I TP5
01A
ISI T
P502
SAE
5150
1SA
E 51
502
SMAW
NiC
ro 7
0/15
2)co
vere
dSl
19G
SL 1
9GSL
22G
SL 2
0GSL
502
SL 9
Cr(P
91)
SL 4
935
Aro
sta 3
04H
Aro
sta 3
04H
NiC
ro70
/15M
n2)
elec
trode
sSL
19S
TCSL
20S
TCN
iCro
70/1
93)
NiC
ro 6
0/20
1,2,
3)G
TAW
LNT
12LN
T 19
LNT
20LN
T 50
2LN
T 9C
r(P91
)LN
T 30
4HLN
T 30
4HLN
T N
iCro
70/
19TI
GLN
T N
iCro
60/
20
GM
AWLN
M 1
2LN
M 1
9LN
M 2
0LN
M 3
04H
LNM
304
HLN
M N
iCro
70/
19M
IG/M
AG
LNM
NiC
ro 6
0/20
SAW
LNS
140A
LNS
150
LNS
151
LNS
NiC
ro 6
0/20
wire
-flux
P 23
0P
230
P 24
0/85
00P
2000
/ P
7000
1), 2
), 3)
cor
resp
ondi
ng b
ase
and
wel
ding
mat
eria
ls
Wel
ding
con
sum
able
s for
hig
h te
mpe
ratu
re a
pplic
atio
nsH
igh
cree
p re
sist
ant
/ H
igh
cree
p st
reng
thWelding consumablesBase materials
-
38
Selection tableApplications heat resistant steel
Max
. ser
vice
tem
p.10
0010
5011
0011
0011
0011
0012
00w
eldm
etal
(C
)
steel
with
appr
oxim
atel
yste
el w
ith ap
prox
imat
ely
steel
with
appr
oxim
atel
yste
el w
ith ap
prox
imat
ely
steel
with
appr
oxim
atel
yste
el w
ith ap
prox
imat
ely
22%
Cr,
12%
Ni
25%
Cr,
4%N
i25
%C
r, 20
%N
i36
%N
i, 18
% C
r36
%N
i, 25
% C
r25
%C
r, 20
% N
i0.
4%C
ENEN
/DIN
EN/D
IND
IND
IND
INEN
/DIN
NiC
r22M
o 9N
bX
15 C
rNiS
i 20-
12X
20 C
rNiS
i 25-
4G
X40
CrN
iSi 2
5-20
X12
NiC
rSi 3
6-16
GX
40 N
iCrS
i35-
25X
15 C
rNiS
i 25-
202.
4856
1)1.
4828
1)1.
4821
1.48
481.
4864
1.48
571.
4841
(Allo
y 62
5)
X2
NiC
rAlT
i 32
20X
12 C
rNiT
i 18-
9G
X40
CrN
i 24-
5G
X40
NiC
rSi 2
5-12
GX
40 N
iCrS
i 36-
18G
X40
NiC
rSiN
b 38
-25
X12
CrN
i 25-
21
1.45
582)
1.48
781)
1.48
221.
4837
1.48
651.
4852
1.48
45(A
lloy
800L
)G
X40
CrN
iSi 2
2-9
GX
40 C
rNiS
i 27-
4G
X40
NiC
rSiN
b 35
-25
GX
40 N
iCrS
iNb
38-1
8G
X15
CrN
i 25-
20X
10 N
iCrA
lTi 3
2 20
1.48
261)
1.48
231.
4852
1.48
491.
4840
1.48
762)
GX
25 C
rNiS
i 20-
14X
10 C
rAl 7
X15
NiC
rNb
32-2
1(A
lloy
800H
)1.
4832
1)1.
4713
1.48
50G
X25
CrN
iSi 1
8-9
X10
CrA
l 13
1.48
251)
1.47
24G
X30
CrS
i 6X
10 C
rAl 1
81.
4710
2)1.
4742
GX
40 C
rSi 1
3X
10 C
rAl 2
41.
4729
2)1.
4762
GX
40 C
rSi 1
71.
4740
2)
AST
MA
ISI
AIS
IA
ISI
AIS
IA
ISI
AIS
IB
163G
r N08
2)30
9 G
1)TP
327
314
TP 3
3031
0TP
310
B40
7Gr 8
102)
TP 3
02 B
1)TP
314
TP 3
211)
AST
MA
STM
AST
MA
STM
A29
7Gr H