Lincoln Electric AC-225C Specification Sheet page 128

Consumables
Stainless, Nickel
Electrode AWS
Name Class
Blue Max MIG Wires
®
Blue Max ® ER307*
LNM 307
Blue Max ® MIG ER308Si,
308LSi ER308LSi
Blue Max ® MIG ER309Si,
309LSi ER309LSi
Blue Max ® MIG ER316Si,
316LSi ER316LSi
Blue Max ® ER347Si
LNM 347Si
Blue Max ® ER2209
LNM 4462
Blue Max ® ER2553
LNM Zeron 100X
Blue Max ® ER385
LNM 4500
LNM NiCro 60/20 ERNiCrMo-3
LNM NiCroMo 60/16 ERNiCrMo-4
Blue Max ® ERNiCr-3
LNM NiCro 70/19
* Nearest classification
Package Code Key: AD = Accu-Trak
130
&
Blue Max ® stainless steel MIG wires can be used for all position welding. Globular and spray transfer are recommended
for downhand and horizontal only. Short circuiting mode and pulsed arc can be used for out of position welding. Gas
shielding mixtures recommended are either Argon and Oxygen blend for spray and pulsed transfer, or a Helium-rich
blend for short circuiting and STT
Recm'd General
Polarity Description
DC+ Blue Max ® LNM 307 is a austenitic stainless steel MIG wire for steels that are
difficult to weld and dissimilar metals. Extra manganese is added to improve
hot-cracking resistance.
DC+ Blue Max ® MIG 308LSi is designed for joining type 304 and 304L stainless steels
and other common austenitic stainless steels referred to as "18-8" steels.
Optimized for chemistry, arc performance and feedability.
DC+ Blue Max ® MIG 309LSi is designed for joining stainless steels to carbon steels or
low alloy steels. Optimized for chemistry, arc performance and feedability.
DC+ Blue Max ® MIG 316LSi is designed for joining extra low carbon molybdenum
bearing austenitic stainless steels, such as type 316 and 316L. Optimized for
chemistry, arc performance and feedability.
DC+ Blue Max ® LNM 347Si is an austenitic stainless steel MIG wire consumable for
welding Ti or Cb (Nb) stabilized CrNi steels. The resistance to intergranular
corrosion and oxidizing environments is excellent.
DC+ Blue Max ® LNM 4462 is a duplex stainless steel MIG wire for welding 2205
duplex stainless steel base materials. The high chromium and molybdenum
content provides resistance against pitting and stress corrosion, as well as
general corrosion.
DC+ Blue Max ® LNM Zeron 100X is a stainless steel MIG wire for welding 2507 super
duplex base materials. Welds made with LNM Zeron 100X have high resistance
against pitting and crevice corrosion.
DC+ Blue Max ® LNM 4500 is a fully austenitic stainless steel MIG wire for welding
904L, or equivalent stainless steels. Welds have high corrosion resistance to
phosphoric acid and sulfuric acid applications.
DC+ LNM NiCro 60/20 is a nickel-based MIG wire. Its chemical composition is similar
to Alloy 625. It is suitable for both high and low temperature applications, as well
as corrosive environment applications.
DC+ LMN NiCroMo 60/16 GMAW wire is designed for welding CrMoW-alloyed nickel
alloys, such as C-276. Weld deposit is extremely resistant to corrosion environ-
ments containing sulphuric acid and chlorides and is also applicable for surfacing
in high temperature applications (up to 1200˚C)
DC+ Blue Max ® LNM NiCro 70/19 is a nickel-based MIG wire for welding nickel-base
alloys such as Alloys 600 and 601. The chemical composition gives it a high
resistance against oxidation. Welds made with LNM NiCro 70/19 also have
excellent impact toughness at low temperatures.
® Drum SP = Plastic Spool SSP = Steel Spool
www.lincolnelectric.com/welding-consumables
High Alloy Wires
welding.
®
Diameter Package Product
inches Weight Lbs. Number
(1.0 mm) 33SSP ED031325
(1.2 mm) 33SSP ED031326
.030 25SP ED023961
.035 25SP ED019292
.045 25SP ED019293
1/16 25SP ED019294
.035 500AD ED029768
.045 500AD ED029769
.030 25SP ED023962
.035 25SP ED019295
.045 25SP ED019296
1/16 25SP ED019297
.035 500AD ED029770
.045 500AD ED029771
.030 25SP ED023963
.035 25SP ED019298
.045 25SP ED019299
1/16 25SP ED019300
.035 500AD ED029772
.045 500AD ED029773
(1.0 mm) 33SSP ED031351
(1.2 mm) 33SSP ED031352
(1.2 mm) 11SP ED031784
(1.0 mm) 33SSP ED031302
(1.2 mm) 33SSP ED031303
(1.2 mm) 27.5SSP ED031317
(1.2 mm) 33SSP ED031329
(0.9 mm) 33SSP ED032158
(1.0 mm) 33SSP ED032159
(1.2 mm) 33SSP ED032160
(0.9 mm) 33SSP ED032149
(1.0 mm) 33SSP ED032150
(1.2 mm) 33SSP ED032151
(1.0 mm) 33SSP ED031379
(1.2 mm) 33SSP ED031380