www.selectarc.com ARC WELDING ELECTRODES

1 ARC WELDING ELECTRODES . STAINLESS STEEL & NICKEL BASE. STAINLESS STEEL ELECTRODES . 20/10 BC electrode with rutile basic coating for WELDING 18/8 type stainless (E 308L-16) steels. INOX 308 B Basic coated electrode for WELDING 18/8 type stainless steels. (E 308L-15) Very good behaviour on badly prepared joints and in positional WELDING . 308 HR High efficiency (160%) synthetic electrode with a rutile basic coating (E 308L-26) for WELDING 18/8 type stainless steels. 308 HB High carbon basic coated electrode for WELDING 18/8 type stainless (E308H-15) steels for high temperature applications. INOX 347 electrode with rutile basic coating for WELDING niobium or titanium (E 347-16) stabilized 18/8 type stainless steels. Very good resistance to intercristalline corrosion. 20/10 MBC Rutile basic coated electrode with very low carbon; molybdenum (E 316L-16) austenitic stainless steel deposit. Food industry, tubes, tanks, exchangers, etc. 316 HR High efficiency (160%) synthetic electrode with a rutile basic coating (E 316L-26) and very low carbon; molybdenum austenitic stainless steel deposit.

2 316 VD Rutile coated electrode with very low carbon; molybdenum austenitic (E 316L-16) stainless steel deposit especially designed for vertical down WELDING . INOX 318 Rutile basic coated electrode with a niobium stabilized molybdenum (E 318-16) austenitic stainless steel deposit. Very good resistance to intercristalline corrosion. 25/20 B Basic coated electrode with an austenitic stainless steel deposit (E 310-15) resistant to corrosion and oxidation up to 1150 C. 25/20 R Rutile basic coated electrode with an austenitic stainless steel (E 310-16) deposit resistant to corrosion and oxidation up to 1150 C. Ovens, boilers, thermal equipment, etc. 29/9 Rutile basic coated electrode with an austenitic-ferritic stainless steel (E 312-17) 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.

3 Buttering prior to hardfacing. Recommended for WELDING galvanized steels. 24/12 S Rutile basic coated electrode with a very low carbon and medium (E 309L-16) ferrite (15%) stainless steel deposit. WELDING dissimilar steels. Buffer layers prior to hardfacing. 309 HR High efficiency (160%) synthetic electrode with an austenitic (E 309-26) stainless steel deposit. Dissimilar joints. Buffer layers before hardfacing. 24/12 MO Rutile basic coated electrode with a very low carbon and high ferrite (309 MoL-16) (20%) deposit. Excellent resistance to cracking. High resistance to corrosion. 307 R Rutile electrode with an austenitic (non-magnetic) manganese ~(E 307-16) stainless steel deposit. WELDING and repairing of difficult to weld steels. WELDING steels with high sulphur and phosphorus content. 307 B Basic electrode with an austenitic (non-magnetic) manganese ~(E 307-15) stainless steel deposit. Railways, screening steels, digger buckets, etc. 18/8 Mn High efficiency (160%) electrode with rutile basic coating and an ~(E 307-26) austenitic stainless steel deposit.

4 WELDING and hardfacing manganese steels. Buffer layer before hardfacing. INOX 13/4 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 Rutile basic coated electrode with an austenitic stainless steel (E 385-16) 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 Rutile basic coated electrode with an austenitic stainless steel (E 2209-17) deposit for WELDING Duplex (Uranus 45N)* steels. Centrifugal vessels, pumps, piping systems. INOX Basic coated electrode with an austenitic stainless steel deposit for 2509 MoB WELDING Super Duplex (Uranus 52N+)* steels. *Trademarks of CREUSOT LOIRE. NICKEL BASE ELECTRODES . B 90 Semi-synthetic basic coated electrode with 140% recovery and an (E NiCrFe-3) Inconel 600 * alloy deposit.

5 High security repairs, dissimilar joints. Ni 182 Basic coated electrode with an Inconel 600 * alloy deposit for WELDING (E NiCrFe-3) 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. B 94 High efficiency (150%) basic coated electrode for WELDING CrMo steels (E NiCrFe-2) resistant to creep. Dissimilar joints, cryogenic (5&9% Ni) steels. Maintenance welds, repairs. Kiln rollers, castings, dissimilar joints. B 91 High efficiency (170%) rutile basic electrode with an Inconel 625 * alloy (E NiCrMo-3) deposit. Dissimilar joints, difficult to weld steels. Ni 625 Basic electrode with an Inconel 625 * alloy deposit for WELDING similar (E NiCrMo-3) alloys and special stainless steels. Dissimilar joints, difficult to weld steels. Ni 276 Basic electrode with a nickel base Alloy C-276 ** deposit very resistant (E NiCrMo-4) to sulphurous acid environments, highly concentrated with chlorides and oxidizing solutions (FeCl; CuCl).

6 Ni 190 Basic electrode with a Monel * alloy deposit for WELDING and repairing (E NiCu-7) nickel copper and copper nickel alloys. Sea water desalters. NiTi-3 Basic electrode with a pure nickel deposit containing 1 to 2% titanium. (E Ni-3) Resistant to corrosion and cracking. Very resistant in the presence of NaOH up to 400 C. 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. Place des Forges 90600 Grandvillars GB. France T l. + 33 (0)3 84 57 37 77 236-07. Fax + 33 (0)3 84 23 57 90 In/Ni