arc welding electrodes

www.selectarc.com
ARC WELDING ELECTRODES
STAINLESS STEEL & NICKEL BASE
STAINLESS STEEL ELECTRODES
20/10 BC
(E 308L-16)
INOX 308 B
(E 308L-15)
Electrode with rutile basic coating for welding 18/8 type stainless
steels.
Basic coated electrode for welding 18/8 type stainless steels.
Very good behaviour on badly prepared joints and in positional
welding.
(E 308L-26)
High efficiency (160%) synthetic electrode with a rutile basic coating
for welding 18/8 type stainless steels.
308 HB
(E308H-15)
High carbon basic coated electrode for welding 18/8 type stainless
steels for high temperature applications.
308 HR
INOX 347
(E 347-16)
20/10 MBC
(E 316L-16)
316 HR
(E 316L-26)
316 VD
(E 316L-16)
INOX 318
(E 318-16)
25/20 B
(E 310-15)
25/20 R
(E 310-16)
Electrode with rutile basic coating for welding niobium or titanium
stabilized 18/8 type stainless steels.
Very good resistance to intercristalline corrosion.
Rutile basic coated electrode with very low carbon; molybdenum
austenitic stainless steel deposit.
Food industry, tubes, tanks, exchangers, etc.
High efficiency (160%) synthetic electrode with a rutile basic coating
and very low carbon; molybdenum austenitic stainless steel deposit.
Rutile coated electrode with very low carbon; molybdenum austenitic
stainless steel deposit especially designed for vertical down welding.
Rutile basic coated electrode with a niobium stabilized molybdenum
austenitic stainless steel deposit.
Very good resistance to intercristalline corrosion.
Basic coated electrode with an austenitic stainless steel deposit
resistant to corrosion and oxidation up to 1150ºC.
Rutile basic coated electrode with an austenitic stainless steel
deposit resistant to corrosion and oxidation up to 1150ºC.
Ovens, boilers, thermal equipment, etc.
29/9
(E 312-17)
Rutile basic coated electrode with an austenitic-ferritic stainless steel
deposit especially adapted for welding dissimilar steels and difficult
to weld steels.
High mechanical characteristics.
INOX 312 HR High efficiency (160%) synthetic electrode with an austenitic-ferritic
~(E 312-26)
steel deposit especially adapted for welding dissimilar steels and
difficult to weld steels.
Buttering prior to hardfacing.
Recommended for welding galvanized steels.
24/12 S
(E 309L-16)
309 HR
(E 309-26)
24/12 MO
(309MoL-16)
307 R
~(E 307-16)
307 B
~(E 307-15)
Rutile basic coated electrode with a very low carbon and medium
ferrite (15%) stainless steel deposit.
Welding dissimilar steels.
Buffer layers prior to hardfacing.
High efficiency (160%) synthetic electrode with an austenitic
stainless steel deposit.
Dissimilar joints.
Buffer layers before hardfacing.
Rutile basic coated electrode with a very low carbon and high ferrite
(20%) deposit.
Excellent resistance to cracking.
High resistance to corrosion.
Rutile electrode with an austenitic (non-magnetic) manganese
stainless steel deposit.
Welding and repairing of difficult to weld steels.
Welding steels with high sulphur and phosphorus content.
Basic electrode with an austenitic (non-magnetic) manganese
stainless steel deposit.
Railways, screening steels, digger buckets, etc.
18/8 Mn
~(E 307-26)
INOX 13/4
High efficiency (160%) electrode with rutile basic coating and an
austenitic stainless steel deposit.
Welding and hardfacing manganese steels.
Buffer layer before hardfacing.
Basic electrode for welding and overlaying martensitic CrNi steels.
(E 410Mo-15)
Pumps, turbines, mill cylinders, etc.
INOX 17/4 Mo Basic electrode for welding and overlaying martensitic CrNi and
CrNiMo steels.
Pumps, turbines, mill cylinders, castings, etc.
INOX 385
(E 385-16)
Rutile basic coated electrode with an austenitic stainless steel
deposit for welding “Duplex” (Uranus B6)* steels.
Good resistance to corrosion in sulphurous, phosphorus and
hydrochloric environments.
Pulp and paper industry, tanks, desulfurisation towers.
INOX 2209
(E 2209-17)
Rutile basic coated electrode with an austenitic stainless steel
deposit for welding “Duplex” (Uranus 45N)* steels.
Centrifugal vessels, pumps, piping systems.
INOX
2509 MoB
Basic coated electrode with an austenitic stainless steel deposit for
welding “Super Duplex” (Uranus 52N+)* steels.
*Trademarks of CREUSOT LOIRE.
NICKEL BASE ELECTRODES
B 90
(E NiCrFe-3)
Ni 182
(E NiCrFe-3)
B 94
(E NiCrFe-2)
Semi-synthetic basic coated electrode with 140% recovery and an
“Inconel 600” * alloy deposit.
High security repairs, dissimilar joints.
Basic coated electrode with an “Inconel 600” * alloy deposit for welding
and repairing nickel, nickel alloys and 5&9% Ni steels.
Cryogenic and high temperature “Inconel 800” * steels.
Resistance to temperature and corrosion.
Dissimilar joints, difficult to weld steels.
High efficiency (150%) basic coated electrode for welding CrMo steels
resistant to creep.
Dissimilar joints, cryogenic (5&9% Ni) steels.
Maintenance welds, repairs.
Kiln rollers, castings, dissimilar joints.
B 91
(E NiCrMo-3)
Ni 625
(E NiCrMo-3)
Ni 276
(E NiCrMo-4)
Ni 190
(E NiCu-7)
NiTi-3
(E Ni-3)
High efficiency (170%) rutile basic electrode with an “Inconel 625” * alloy
deposit.
Dissimilar joints, difficult to weld steels.
Basic electrode with an “Inconel 625” * alloy deposit for welding similar
alloys and special stainless steels.
Dissimilar joints, difficult to weld steels.
Basic electrode with a nickel base “Alloy C-276” ** deposit very resistant
to sulphurous acid environments, highly concentrated with chlorides and
oxidizing solutions (FeCl; CuCl).
Basic electrode with a “Monel” * alloy deposit for welding and repairing
nickel copper and copper nickel alloys.
Sea water desalters.
Basic electrode with a pure nickel deposit containing 1 to 2% titanium.
Resistant to corrosion and cracking.
Very resistant in the presence of NaOH up to 400ºC.
Welding of pure nickel or alloys.
* Inconel and Monel are trademarks of INCO.
**Alloy C-276 is a trademark of HAYNES INTERNATIONAL.
…as well as a full range for your specific applications.
Consult us.
www.selectarc.com
Place des Forges
90600 Grandvillars
France
Tél. + 33 (0)3 84 57 37 77
Fax + 33 (0)3 84 23 57 90
GB
236-07
In/Ni