Joining - The Welding Alloys group

Welding of nickel constructional alloys and steelsspecial applicationsGAMMAWelding processFCAWSlagBasicShielding gasArgon + 5-25% CO 2 (M21)Welding positions ** Please consult us for all-positionwires : GAMMA V seriesBy courtesy of SICES SpaFeaturesBenefitsDescription• Optimized basic slag system• Bead appearance identical to that of the latest SMAW electrodes• Produced with strip of the same compositional type as the deposit• X-ray quality crack resistant welds• Tight control of trace elementsROBOFILSPEEDARC *• Increased productivity, excellent weld penetration andenhanced wetting properties• Meets Coppered the most tubular stringent cored quality wirerequirementsUncoppered cored wire with a seamComplementary nickelbase wires for repairand maintenance arepresented in thehardfacing catalogue.Product nameSTELLOY NI520STELLOY CCOSTELLOY CEN ISO 14700 standardTNi4TNi2TNi2SlagProduct name:Product Name Process ROBOFIL X Standard XXXEN ISO standardCompositionMechanical propertiesDescription and applications Base materialO: open-arcdiametersMaterial No.- Ni balanceG: gas-shielded[mm]R: RutileASME / AWSRmKvM: Metal coredA5 KCVstandard[MPa][MPa][%][J]B: BasicENi6182C: 0.010ENi6182 *C: 0.010Mn: 6.00• Basic type wire depositing a NiCrFe a NiCrFe alloy alloy(1.4816) NiCr 15Fe, 600 600 alloys, alloys,Shielding gas (G)Argon +5-25% CO 2 (M21)Mn:Si: 0.306.00 No gasof and• Conforms to to the the requirements of the of the600L, 800HGAMMA 182 G1.21.2andand1.61.62.48072.4807Cr: Si: 17.0 0.30 6106103803804545-196-196 o C:C:9090 • Joining and cladding of corrosion andNb: Cr: 17.0type 600 nickel alloysENiCrFe-3 classification for for stick stick electrodes1.70heat resistant type 600 nickel alloyselectrodesWelding positions Rutile: All positionsENiCrFe-3ENiCrFe-3* T4 type: Fe: Nb: 6.00 1.70joints stainless• Service temperatures fromfrom-196°C-196°Cto +900°C• Dissimilar joints between stainlessto +900°CFe: 6.00steelsC: 0.020andandCrMoCrMosteelssteelsMetal cored:• Joining of heat resistant steelsENi6082Mn: 5.00Joining of heat resistant steels• Basic type wire depositing a NiCr alloyC:Si:0.0200.20• Joining and repair of steels withENi6082 * T11 type:GAMMA 4648Joining and repair of steels withG 1.2 and 1.6650 400 40 +20 Basic type wire depositing a NiCr alloy2.4648Mn: Cr: 20.0 5.00 All positions• Reduced Fe content and raised contentoC: 100limited weldabilityBasic:Mo: Si: 0.20 1.20limited weldability•ReducedService temperaturesFe contentfromand-269°CraisedtoGAMMA 4648G 1.2 and 1.6Cr content2.4648ENiCrFe-2Nb: Cr: 20.0 2.50650 400 40 +20 o C: 100over +1000°CFe: 3.00• Service temperatures from -269°C toMo: 1.20ENiCrFe-2*Nb: 2.50over +1000°C* Features for SPEEDARC wires presented in this catalogueC: Fe: 0.020 3.00ENi6625Mn: 0.40Si: 0.30GAMMA 625G 1.2 and 1.62.4621C: Cr: 0.020 21.0 780 500 40 -196 o C: 70 • Basic type wire depositing a 625 type alloyENi6625 *Mo: Mn: 9.00 0.40• Conforms to the requirements of the ENiCrMo-3 classification for stick electrodesENiCrMo-3Nb: Si: 0.30 3.40• Joining and cladding of Ni base alloys of corresponding types(2.4856) NiCr22Mo9Nb, (2.4858)GAMMAFe: 0.40Self 625 shielded weldingG 1.2 and 1.62.4621Cr: 21.0 780 500 40 -196 o C: 70• Joining Basic type of steels wire exposed depositing to low temperatures a 625 type alloy : CrNi (Mo,N) austenitic steels and 5-9%NiCr21Mo, (1.4876) X10 NiCrAlTiMo: 9.00• Ni Conforms quench-hardening to the requirements steels of the ENiCrMo-3 classification for stick electrodes 32-20H, (1.4876) X10 NiCrAlTi 32-21,ENiCrMo-3 *C: Nb: 0.020 3.40ENi6625Mn: 0.040• Dissimilar Joining and joints cladding between of Ni Ni base base alloys alloys or to of low corresponding alloy stainless types steelsX8 Ni9; ASTM A 533 Gr1, 625 alloys,Fe: 0.40(2.4856) NiCr22Mo9Nb, (2.4858)Product name StandardEN ISOComposition Si: 0.40Mechanical propertiesDescription • Joining of super-austenitic Joining of steels and applications stainless steelsexposed to low temperatures : CrNi (Mo,N) austenitic steels Base and material800HGAMMA V 625 2.46485-9%G 1.2 and 1.6Cr: 21.0 780 510 40 -196 o C: 60 • Service temperatures from -196°C to +1100°CNiCr21Mo, (1.4876) X10 NiCrAlTidiameters- Fe Mo: balance 8.80Ni quench-hardening steels32-20H, (1.4876) X10 NiCrAlTi 32-21,[mm]ASME ENiCrMo-3 / AWS T1-1/-4 Nb: C: 0.020 3.20• Dissimilar joints between Ni base alloys or to low alloy or stainless steelsX8 Ni9; ASTM A 533 Gr1, 625 alloys,Fe:

Welding of highly alloyed steelsTETRA S TETRA S B TETRA V TUBE SWelding processSlagFCAW FCAW FCAW FCAW or SAWRutile slow freezing Basic Rutile fast freezing Metal coredWelding positionsAll positionsAll positions ** Please refer to your local Welding Alloys techniciansBy courtesy of Welders NVDetailed operating conditions: see page 26Product name Process StandardEN ISO Composition Mechanical propertiesDescription and applications Base materialO: open arc diameters- Fe balanceG: gas shielded [mm]ASME / AWSS: sub arcstandardsRm Rp 0.2% A5KvTypeGrade[MPa] [MPa] [%][J]Austenitic stainless steels1.2 to 2.8TETRA S308LG0.9 to 1.6T 19 9 L R M21 3 (C1 3)E308LT0-1/-4620 460 36 -196 o C: 32TETRA S BTETRA V308L308LGG1.2 and 1.60.9 to 1.2T 19 9 L B M21 3E308LT0-4T 19 9 L P M21 1 (C1 1)E308LT1-1/-4C: 0.030Mn: 1.40Si: 0.70Cr: 20.0Ni: 10.5560 390 40 -196 o C: 40620 460 36 -196 o C: 34• Austenitic deposit in CrNi steel - type 308L• Joining of low carbon steels and/or stabilised steels withsimilar compositions, resistant to corrosion• Service temperatures from -196°C to +350°C(1.4306) X2CrNi19-11, (1.4301) X5CrNi18.10,(1.4311) X2 CrNiN18-10, (1.4312) GX10CrNi18-8.AISI 304-304L-304LN-302-321-347;ASTM: A157 Gr C9, A320 Gr B8C or DTUBE S308LG/S1.2 to 2.4T 19 9 L M M12 1EC308L600 430 40 -196 o C: 35TETRA STETRA VTUBE S347L347L347LGGG/S1.2 and 1.61.21.2 to 2.4T 19 9 Nb R M21 3 (C1 3)E347T0-1/-4T 19 9 Nb P M21 1 (C1 1)E347T1-1/-4T 19 9 Nb M M12 1EC347C: 0.030Mn: 1.40Si: 0.90Cr: 19.5Ni: 10.5Nb: 0.50660 470 35 -196 o C: 34660 470 35 -196 o C: 34620 430 35 -196 o C: 35• Austenitic deposit in CrNiNb steel - type 347• Joining of Ti or Nb stabilised steels of similar composition,resistant to corrosion• Weld overlaying of clad plates of the same orsimilar compositions• Service temperatures from -196°C to +400°C(1.4550) X6CrNiNb18-10, (1.4541) X6CrNiTi18-10,(1.4552) GX5CrNiNb19-11, (1.4311) X2 CrNiN 18.10,(1.4301) X5CrNi18-10, (1.4546) X5CrNiNb 18-10;AISI 347-321-302-304, ASTM A296 Gr.CF 8 C, A157Gr. C9;A320Gr. B8C or DTETRA S 316L G0.9 to 1.6TETRA S B 316LTETRA V 316LTUBE S316LG1.2 and 1.6G0.9 to 1.2G/S1.2 to 2.4T 19 12 3 L R M21 3 (C1 3)E316LT0-1/-4T 19 12 3 L B M21 3E316LT0-4T 19 12 3 L P M21 1 (C1 1)E316LT1-1/-4T 19 12 3 L M M12 1EC316LC: 0.030Mn: 1.40Si: 0.80Cr: 19.0Ni: 12.0Mo: 2.90600 490 32 -110 o C: 35550 430 40 -110 o C: 50600 490 32 -110 o C: 35610 450 35 -110 o C: 35• Austenitic deposit in CrNiMo steel – type 316L – resistant tointercrystalline corrosion under humid conditions up to 400°C.• Joining of low-carbon or stabilised steels with similarcompositions• Weld overlaying of clad plates of the same orsimilar compositions• Service temperatures from -110°C to +400°C(1.4401) X5CrNiMo17-12-2,(1.4404) X2CrNiMo17-12-2, (1.4435) X2CrNiMo18-14-3,(1.4436) X3CrNiMo17-13-3, (1.4571) X6CrNiMoTi17-12-2,(1.4580) X6CrNiMoNb17-12-2,(1.4583) X10CrNiMoNb18-12, (1.4409) GX2CrNiMo19-11-2;UNS S 31603, 31600, 31653, AISI316L, 316Ti, 316Cb316NFL G1.2 and 1.6 T 18 16 5 N L ZB M21 3-C: 0.030Mn: 3.00Si: 0.25Cr: 19.5Ni: 16.5Mo: 4.00N: 0.10TETRA S B 600 420 40 +20 o C: 70• Austenitic deposit in CrNiMo steel - type 316L, over-alloyed• Joining of low-carbon CrNiMo steels, resistant to localised,intergranular and stress corrosion, in chloride-containing media• Ferrite free deposit• Service temperatures from -110°C to +350°C(1.4439) X2 CrNiMoN 17-13-5, (1.4438) X2CrNiMo 18-16-4, (1.4436) X3CrNiMo17-13-3,(1.4583) X10CrNiMoNb18-12;AISI 316Cb-316LN-317LN-317L, UNS S 3172614 15 Joining

Welding of highly alloyed steelsWelding of stainless steels - A product for each applicationTETRA S TETRA S B TETRA V TUBE SWelding processFCAW FCAW FCAW FCAW or SAWAWS typeT0-1/4 T0-4 T1-1/4ECXXXTETRA S TETRA S B TETRA V TUBE SSlagRutile slow freezing Basic Rutile fast freezing No slag (metal powder)Welding processFCAW FCAW FCAW FCAW or SAWShielding gas (G)Argon + 5-50% CO 2(-)Argon + 5-25% CO 2(M21)Argon + 5-50% CO 2(-)Argon + 1-3% CO 2(M12)SlagWelding positionsRutile slow freezing Basic Rutile fast freezing Metal coredAll positionsAll positions ** Please refer to your local Welding Alloys technicians100% CO 2 (C1)Argon + 5-25% CO 2+ 10-30% He (M211)100% CO 2 (C1)Argon + 10-35% He+ 0-2% CO 2 (M12/1)Argon + 1-3% O 2(M13)Flux for submergedarc welding (S)Welding positions- - -All positionsNeutral FluxAll positions *Optimized beadUltimate impactDetailed operating conditions: see page 26Features andIdeal forappearance andtoughness andout-of-positionbenefitsproductivity in flat andcrack resistanceweldingProduct name ProcessStandardEN ISOCompositionMechanical propertiesDescription and applications downhand positionsBase materialO: open arcdiameters- Fe balanceG: gas shielded[mm]ASME / AWSS: sub arcstandardsType GradeRmRp 0.2%[MPa][MPa]* Nearest* Nearest ** No AWS specification is available12 16 13 17 Joining• Special composition• Thin gauge plates• X-ray quality onheavy sections* Please refer to your local Welding Alloys techniciansA5Kv[%][J]Austenitic stainless steels1.2 to 2.8By courtesy of Welders NVT 19 13 4 N L R M (C3)TETRA S1.2 and 1.6T 19 13 4 N L R M21 3 (C1 3)317L GE317LT0-1/-4C: 0.030630 490 35 +20 o C: 45• Austenitic deposit in CrNiMo steel - type 317LMn: 1.40(1.4429) X2 CrNiMoN 17-13-3,• Joining of low-carbon steels with similar compositionsDetailed operating conditions: see page 26T 19 T 19 13 13 4 N 4 N L P L M21 P M 1 (C1)1)Si: 0.80(1.4435) X2CrNiMo 18-14-3,TETRA V317LG1.2630 490 35 +20 o C: 45E317LT1-1/-4Cr: 19.5for increased corrosion resistance(1.4438) X2 CrNiMo 18-15-4;Product name ProcessStandardEN ISOCompositionNi: 13.0Mechanical propertiesDescription • Conforms exactly and applications to the standard AWS/ASME IIC : E317LBase T 19 13 4 L M 1AISI 316L-316LN-317LN-317LmaterialO: open arcdiametersT 19 13 4 N L M M12 1 Mo: 3.50TUBE S317L G/S 1.2 to 2.4- Fe balance600 400 35 +20 o C: 50• Service temperatures up to 350°CEC317LG: gas shielded[mm]ASME / AWSS: sub arcstandardsT 19 12 3 Nb R M (C3)Rm Rp 0.2% A5KvTETRA Type S Grade318L G1.2 1.2 and and 1.6 T 19 12 3 Nb R M21 3 (C1 3)1.6[MPa]620[MPa]480[%]34 +20 o C:[J]50E318T0-1/-4 *C: 0.030• Austenitic deposit in CrNiMoNb steel - type 318(1.4751) X6CrNiMoTi 17-12-2,Mn: 1.50T 19 12 3 Nb P M (C1)• Joining and cladding of Ti or Nb stabilised steels(1.4580) X6CrNiMoNb18-12,Duplex and Superduplex1.2 to 2.8 T 19 12 3 Nb P M21 1 1)Si: 0.90TETRA V 318L G1.2E318T1-1/-4 *Cr: 19.5620 480 34 +20 o C: 50of similar compositions(1.4401) X5CrNiMo17-12-2,Ni: 12.0T T 22 229 93 3 N N L R L M21 R M 3 (C1 (C3) 3)• Service temperatures up to 400°C(1.4435) X2CrNiMo;TETRA S 22 9 3L G0.9 to 1.6Mo: 2.90T T 19 19 650 -50 27E2209T0-1/-412 123 3 Nb Nb M M12 M 11830 670 28 -60 o C: 32TUBE S318L G/S 1.2 to 2.4Nb: 0.45640 480 32 UNS S31653, AISI 316Ti-316CbEC318+20 o C: 50C: 0.030T 22 9 3 N L B M21 3TETRA S BG1.2 and 1.6T 22 9 3 N L Z M 3 Mn: 1.4022 9 3L790 610 26 -60 o Z 20 25 5 Cu L R M (C3)C: 45Austenitic-ferritic deposit in CrNiMo steel - type 2209T Z 20 25 5 E2209T0-4 Cu L R M21 3 (C1 3) Si: 0.80TETRA S 904LG1.2 and 1.6Cr:C: 0.030 640 430 32 -110 o C: 35 • Fully austenitic deposit in CrNiMoCu steel – type 385Joining of duplex stainless steels and dissimilar assemblies(1.4462) X2CrNiMoN22-5-3; (1.4362) X2CrNiN 23-4;E385LT0-1/-4 *23.0T 22 9 3 N L P M21 1)TETRA VT 22 9 3 N L P M 1 (C1) Ni: 9.00• Great flexibility of use: unique rutile type slag in the(1.4539) X1NiCrMoCu 25-20-5,Mn: 3.00Very good corrosion resistance: CPT: 25°CUNS S31803, S32205, J92205, S31500, S32304, S3240422 9 3L G1.2780 630 28 -60 o C: 32Z 20 25 E2209T1-1/-45 Cu L P M (C1) Mo:Si: 0.503.20TETRA version(1.4537) X1 CrNiMoCuN 25-25-5,T Z 20 25 5 Cu L P M21 1 1)TETRA V904LG1.2N:Cr:>0.1520.5• Specially developed for the phosphate industry(1.4505) X4NiCrMoCuNb 20-18-2;E385LT1-1/-4 *640 430 32 -110 o C: 35Ni: 25.5T T 22 229 93 3 N L L M M12 M 11TUBE S 22 9 3L G/S1.2 to 2.4800 610 28 -60 o C: 32 • Welding of matching steel 1.4539 (UB6), 904LUNS N08904, S31726Mo: 4.90T T Z Z 20 2025 25 EC220955 Cu Cu L L M M12 M 11TUBE S904LG/S1.2 to 2.4Cu: 1.50EC385640 410 35 -110 o C: 35• Service temperatures from -110°C to +350°C9 4 Cu N L R M21 TETRA ST Z 25 9 4 Cu N L R M 3 C: 0.030D57LG1.2 and 1.6950 830 22 -29 oE2553T0-4 *Mn: C: 0.020 1.40C: 30(1.4507) X2CrNiMoCuN25-6-3, (1.4410)Austenitic-ferritic deposit in CrNiMo steel - type 2553Mn: Si: 0.60 3.50• Austenitic deposit in CrNiMnMo steel – modified type 310MoX2CrNiMoN25-7-4 25 9 4 Cu B M21 3(1.4501), X2CrNiMoCuWN 25-7-4,-45 47Joining of superduplex stainless steelsT Z 25 9 4 Cu N L Z M Cr: Si: 25.0 0.25(1.4466) X2CrNiMo25-22-2,D57L1.2 and 1.6 T Z 25 22 2 N L Z M 3910 720 25 -29 o C: 45 • Joining and cladding of steels with similar compositions(1.4517) X3CrNiMoCuN25-6-3-3;TETRA S B 465 G 1.2 and 1.6 T Z 25E2553T0-422 2 N L B*M21 3 Ni: Cr: 9.50 25.0 600 410 35 +20 o C: 80Great flexibility of use with type 80/20 mixed gas(1.4465) X1 CrNiMoN 25-25-2,- **Mo: Ni: 22.0• Exceptional corrosion resistance in nitric acid,3.80UNS S S32520, S32550, S32750, S32760, S32740,T Z 25 9 4 Cu L M12 1Very good corrosion resistance: CPT: 40°C(1.4435) X2CrNiMo 18-14-3J93404, J93390, J93370TUBE S D57L G/S1.2 to 2.4T Z 25 9 4 Cu N L M M 1 Cu: Mo: 1.00 2.20ammonium carbamate and chloride-containing media910 705 26 -29 o C: 32EC2553 *N: 0.26 0.13

Welding of highly alloyed steelsGas-shielded weldingWelding processSlagTETRA S TETRA S B TETRA V TUBE SFCAW FCAW FCAW FCAW or SAWRutile slow freezing Basic Rutile fast freezing Metal coredProduct name StandardEN ISOCompositionMechanical propertiesDescription Welding and positionsapplications Base materialAll positionsAll positions *diameters- Fe balanceDetailed operating conditions: [mm]see page ASME 26/ AWSstandards* Please refer to your local Welding Alloys techniciansTypeGradeROBOFIL M NiMoROBOFIL R 91Heat resistant steelsROBOFIL M 700TETRA ROBOFIL S M 700309HG1.2 and 1.6TETRA ROBOFIL VB 700ProcessStandardEN ISOO: open arcdiametersG: gas shielded[mm]ASME / AWSS: sub arcstandardsT 55 5 Z M M 1 H5T55 2 1NiMo P M 2 H101.2 and 1.61.2 and 1.6E90C-K3 H4E621T1-K1M-JH81.2 to 2.8T 55T Z T616 Z1NiMoB16 8 28 R 2 R M21M3MH53 (C3) (C1 3)T 55 5 Z M M - ** 1 H5E90T5-G H4T E90C-K3 19 T 19 9 H 9 H R R M21 H4M 3 (C3) (C1 3)T 69 4 E308HT0-1/-4Z P M 1 H5G1.2 and 1.6 E111T1-GT T 19 199 9M-JH B ZH4M21 M 33T 55 6 1NiMoB E308HT0-4 M3 H5GT 19 9 H (C1)1.2 T 69 4T E90T5-G Mn2NiMo19 9 H P M21 H4 P M1 H51)E308HT1-1/-41.2 and 1.6G/SE111T1-K3M-J T T 19 199 9 H M H4 M12 M 111.2 to 2.4EC308HT 69 5 Mn2NiCrMo M M1 H5T 69 5 T Mn2NiCrMo 22 T 22 12 12 H H R R M21 M M1 3 (C3) (C1 H5 3)E110C-K4 H4E309T0-1/-4E110C-K4 H4T 22 12 H B Z M21 M 3 31.2 and 1.6E309T0-4T 69 5 Mn2NiCrMo B M3 H569 T Mn2NiCrMo 22 T 22 12 12 H H P M21 P M M3 1 (C1)H5 1)1.2E110T5-K4E309T1-1/-4E110T5-K4T T 22 2212 12 H M M12 M 111.2 to 2.4EC309Composition- Fe balanceC: 0.05Mn:C: 0.051.60Mn:Si: 0.401.30Ni: Si: 0.30 1.60Mo: Ni: 0.90 0.30Mo 0.50C: 0.05C: Mn: 0.06, 1.40Mn: 1.40C: 0.05Ni: Mn: 9.6, Ni: 1.20 1.60 Bi:

Welding of highly constructional alloyed steelsGas shielded weldingWelding processTETRA S TETRA S B TETRA V TUBE SFCAW FCAW FCAW FCAW or SAWSlagRutile slow freezing Basic Rutile fast freezing Metal coredProduct name StandardEN ISOCompositionMechanical propertiesDescription and applications Base materialWelding positionsdiameters- Fe balanceAll positions[mm]ASME / AWSAll positions *standardsRmRp 0.2%A5Kv* Please refer to your local Welding Alloys technicians[MPa][MPa][%][J]Detailed operating conditions: see page 26By courtesy of Welders NVMild steels1.2 to 2.8Product nameMechanical propertiesDescription and applications• Rutile-type wire usable in all-positions withS235J2G3 to S355K2G3, P235GH to P355GH,one single parameter settingS420NL, P275NH to P460 NH, P275NL1 to P460NL1,• Protection: : mixed gas and pure CO2L210 to L290, L360MB to L415, X42 to X60 (API – 5L)ProcessStandardEN ISOCompositionO: open arcdiameters2 - Fe balanceG: gas shieldedT 46 4 P M 1 H5C: 0.05ROBOFIL R 71+1.2 and 1.6[mm]ASME / AWS Mn: 1.40580 570 540 510 26 25 -40 -20 o C: 80S: sub arcE71T-1M H4\E71T-1C standardsType GradeE71T-1MJ H4 Si: 0.45RmRp 0.2%A5Kv[MPa][MPa][%][J]ROBOFIL – SPEEDARC : description, shielding gas and welding positions – see page 6Dissimilar joints & repair welding1.2 to 2.8T 46 24 P C 12 H5C: 0.05ROBOFIL KX 71T1+1.2 and 1.6Mn: 1.40580 570 540 500 26 25 -40 -20 o C: 80E71T-1C-H4 T T 19 19 E71T-1J 12 12 3 / Nb 3 E491T-1C-H4Nb R R M21 M 3 (C3) (C1 3) Si: 0.45TETRA S 309LNbG1.2 to 1.6E309LNbT0-1/-4C: 0.030650 490 25 +20 o C: 50Mn: 1.30T T 19 19 12 12 3 Nb 3 Nb P M21 P M 3 (C3) (C1 3)Si: 0.80TETRA V309LNbG1.2 to 1.6650 490 25 +20 o C: 50T 46 E309LNbT1-1/-42 M M 1 H5C: Cr: 0.05 23.5ROBOFIL M 701.0 to 1.6 Mn: Ni: 1.5013.00570 480 26 -20 -20 o o C: C: 8080T T 19 12 3 Nb M 1TUBE S309LNbG1.2 to 1.6 E70C-6M 19 12 3 Nb H4M M12 1 Si: Nb: 0.650.85650 490 25 +20 o C: 50EC309LNbTETRA S 307G1.2 to 1.6ROBOFIL M 71TETRA V307TUBE S307ROBOFIL B 71TETRA S20 9 3TETRA Weathering V steels20 9 3TUBE S20 9 3ROBOFIL M 71CuTETRA S309LTETRA Cold tough V steels309LTUBE ROBOFILROBOFIL S R Ni1Ni1 +309LTETRAROBOFIL SR Ni1SR309LMoTETRA ROBOFIL V M Ni1309LMoROBOFIL M Ni1TUBE S309LMoROBOFIL B Ni1TETRA ROBOFIL SNi1312TETRA V312ROBOFIL M Ni3TUBE S312T 18 T 18 8 Mn 8 Mn R R M21 M 3 (C3) (C1 3)T 46 E307T0-1/-4 6 M M 1 H5630 480 40 +20 o*C:C: 50C: 0.05 0.101.0 to 1.6Mn: Mn: 1.40 6.00580 510 26 -40 o C: 80T 18 T E70C-6M 18 8 Mn 8 Mn P M21 P H4M 1 (C1)1) Si: G1.2Si: 0.60 0.70630 480 40 +20 o C: 50E307T1-1/-4 *Cr: 19.0G/S1.2 to 2.4T T 18 188 8 Mn Mn M M12 M 11Ni: 9.00T 46 6 B EC307 M 3 H5*C: 0.05650 450 40 +20 o C: 901.2 and 1.6 Mn: 1.40580 480 28 -50 o C: 80G1.2 to 1.6T 20 T E71T-5MJH420 10 10 3 R 3 R M21 M 3 (C3) (C1 3) Si: 0.40E308MoT0-1/-4 *C: 0.050710 530 30 +20 o C: 50G1.2Mn: 1.50T 20 T 20 10 10 3 P 3 M21 P M 1 (C1)1) Si: 0.80E308MoT1-1/-4 *Cr: 20.5750 520 30 +20 o C: 60G/SC: Ni: 0.069.70T T 20 2010103 3 M M12 M 111.2 to 2.4Mn: Mo: 1.202.90780 600 35 T 462 A EC308Mo Z M M 1 H5 *+20 o C: 601.2 and 1.6 570 500 22 +20 o C: 110Si: 0.50Cr: 0.20G0.9 to 1.6T 23 T E70C-G 23 12 12 L R L R M21 H4M 3 (C3) (C1 3) Ni: 0.50E309LT0-1/-4Cu: 0.40C: 0.030580 460 35 -60 o C: 35G0.9 to 1.2Mn: 1.40T 23 T 23 12 12 L P L M21 P M 1 (C1)1)Si: 0.70E309LT1-1/-4T 50 4 1Ni P M 1C: Cr: 0.05 23.5580 460 35 -60 o C: 40G/ST 50 4 1Ni P M 1Mn: C: Ni: 0.05 1.20 13.01.2 and T 23 12 L M 11.6E81T1/Ni1MJT 23 12 L MH4M12 11.2 to 2.4Mn: Si: 0.40 1.20625 550 251.2 and 1.6580 470 35EC309L625 550 25E81T1/Ni: Si: 0.40 0.95-40 o C: 70-60 -40 o C: 50 70Ni1MJH4Ni: 0.95T 23 T 5023 12 6 12 1Ni 2 L 2 P R L M R M21 1 M H53 (C3) (C1 3) C: 0.06G1.2 and 1.61.2 and 1.6Mn: 1.20760 590 620 550 24 32 +20 -60 C: C: 50E309LMoT0-1/-4 C: 0.03070E81T1/Ni1MJ H4Si: C: Mn: 0.03 0.40T 50 6 1Ni M M 1 H51.4023 T 23 12 12 2 L 2 P L M21 P M 1 (C1)1) Mn: Ni: 0.90G1.2Si: 1.301.2 and 1.6 0.80760 620 590 540 2632 +20 -60 o C: 50 80E309LMoT1-1/-4Si: C: Cr: 0.03 0.60T 50E80C-Ni16 1Ni M MH423.01 H5 Mn: Ni: Ni: 0.90 1.30 13.51.2 and 1.6 T 12 2 L M 1Si: 0.60620 540 26 -60 o C: 80G/S1.2 and to 2.4 1.6T T 25 E80C-Ni1 232012 R 2 M L H4 3 M (C3) M12 1 Mo: 2.80Ni: 0.90760 590 32 +20 o C: 60(E310T0-1/-4) EC309LMo (*)C: 0.06T 46 6 1Ni B M 3 H5C: 0.061.2 and 1.646 1Ni H5 Mn: 1.40T 29 9 R M (C3) Mn: 1.40600 520 24 -60 o C: 80G1.2 and 1.21.6T 29 9 R M21 3 (C1 3) Si: 0.40and 1.6600520 24 -60 o C: 80E80T5-GE80T5-G Si: 0.40860 650 25 +20 o C: 40E312T0-1/-4 H4H4Ni:Ni: C: 1.101.100.030Mn: 1.30T 29 T 29 9 P 9 M21 P M 1 (C1)1)G1.2Si: 0.80 860 650 25 +20 o C: 40E312T1-1/-4C: 0.04T 46 6 3Ni B M 1 H5Cr: 29.0PWHTMn: 0.701.2 and 1.6M M Ni: 8.60560 480 29T 29 9 M M12 1 Si: 0.301h/620 o CG/S1.2 to 2.4 E81T5-Ni3MJ H4Mo: 0.40 800 610 25 +20 o C: 40EC312Ni: 3.30-101 o C: 100S235J2G3 to S355K2G3, P235GH to P355GH,• Rutile-type wire usable in all-positions except vertical-downS420NL, P275NH to P460 NH, P275NL1 to P460NL1,• Protection : Pure CO2 CO2L210 to L290, L360MB to L415, X42 to X60 (API – 5L)• Austeno-ferritic deposit – type 309 LNbJoining of steels with similar compositions and joining carbon steels to stainless steels• Metal-cored Single-layerwire cladding– Slag-free to reachdeposit 347 chemistrywith easily-removed tracesS235J2G3 to S355K2G3, P235GH to P355GH,of Serviceresidual temperaturessilicatesfrom -60°C to +350°CS420NL, P275NH to P460NH, P275NL1 to 460NL1,• Good mechanical properties and optimum productivityL210 to L290, L360MB to L415, X42 (API-5L)• Metal-cored wireS235JR to S355GR, P235GH, P265GH,• Recommended Work-hardening for austenitic welding deposit of heavily in worked CrNiMn or steel restrained– modified type 307 S275S355N, P295GH, P275NH-P355NH,• Dissimilar joints with joints, toughness welding required of steels down of unknown to –40°Ctypes, armouring steels, buffering P275NL1-P355NL1, X42 to X70 (API-5L)• Joining of 14% Mn austenitic steels• Strongly Service temperaturesbasic slagfrom -120°C to +300°CS235JR to S355GR, P235GH, P265GH, S275S355N,• Welding of thick joints and of safety-critical assemblies in highP295GH, P275NH-P355NH, P275NL1-P355NL1, X42 to X70carbon, high sulphur or high phosphorus steels, under heavy static(API-5L). ASTM: A 283/ 285 Gr A, B, C, A328-A366, A516 Gr 55,or dynamic stresses60, 65, 70, A570 Gr 30, 33, 36, 40, 45, A572 Gr 42, 50• Austenitic deposit in CrNiMo steel –modified type 308Mo, offering high mechanical strength• Fabrication of armoured vehicles, joining of steels with high yield points and limited weldability, dissimilar joints• High resistance to hot cracking• Service temperatures from -60°C to +300°C• Weld deposit with the sameMetal cored wire for single orS235J2W, S355K2W, S355J2G3Cu, CORTEN-A,colour as that of weathered multi-pass welding and forPATINAX 37, ASTM: A36, A283 Gr B,Csteelautomatic welding• Austeno-ferritic deposit in over-alloyed CrNi steel - type 309L, with optimised ferrite content for joining dissimilar metals• Joining of steels with similar compositions and joining carbon steels to stainless steels.• Buffering before cladding• Service temperatures from -60°C to Rutile +350°C type wire for all-positionwelding• 1% Ni alloyed wire for weldingfine-grained steels withtoughness required downL450NB, L245MB-L450MB, P355NL1-P460NL1,• Austeno-ferritic deposit in over-alloyedStress relievableto – 60°CCrNiMo steel - type 309LMo, P355NL2- for joining P460NL2, dissimilar S460N, metals P355NH-P460NH,Joining of stainless steels to mild orMetal low-alloyedcored wire steelsfor atsingle high dilutionor• High resistance to initiationlevels S380NL-S460NL, S380NL1-S460NL1;• Buffering before claddingmulti-pass welding and forand propagation of cracks onMetal cored wire for single or ASTM: A516 Gr 65, A572 Gr 55, 60, 65, A633 Gr E,• Service temperatures from -60°C toautomatic +350°Cweldingaccount of its particularly low multi-pass welding and for A618 Gr I, A537 Gr 1-3diffusible hydrogen contentautomatic weldingStrongly basic wire satisfying(< 4 ml/ 100g)Strongly very high basic toughness wire satisfyingvery requirements high toughness• Austeno-ferritic deposit in CrNi steel requirements- type 312, offering exceptional cracking resistance• Joining of unknown or hard-to-weld steels• Metal-cored Dissimilar joints, wire including specially developed those to steels for welding with high 3.5% carbon nickel equivalents steels: high speed steels, tool steels, Mn steels,• Excellent high strength toughness constructional down steels, to – 105°C abrasion-resistant after heat treatment steel plates12Ni14-10Ni14, ASTM: A350 Gr LF3620°C for 1 hour* Nearest208 21 9 Joining

Welding of of nickel constructional alloys and steels special applicationsGAMMAWelding processFCAWSlagBasicShielding gasArgon + 5-25% CO 2 (M21)Welding positions ** Please consult us for all-positionwires : GAMMA V seriesBy courtesy of SICES SpaFeaturesBenefitsDescription• Optimized basic slag system• Bead appearance identical to that of the latest SMAW electrodes• Produced with strip of the same compositional type as the deposit• X-ray quality crack resistant welds• Tight control of trace elements• Increased ROBOFILproductivity, excellent weld penetration andSPEEDARC *enhanced wetting properties• Meets Coppered the most tubular stringent cored quality wire requirementsUncoppered cored wire with a seamComplementary nickelbase wires for repairand maintenance arepresented in thehardfacing catalogue.Product nameSTELLOY NI520STELLOY CCOSTELLOY CEN ISO 14700 standardTNi4TNi2TNi2SlagProduct Name Product name:ProcessROBOFIL X StandardXXX EN ISO standardCompositionMechanical propertiesDescription and applications Base materialO: open-arcdiametersMaterial No.- Ni balanceG: gas-shielded[mm]R: Rutile ASME / AWSRmKCVM: Metal coredA5Kvstandard[MPa][MPa][%][J]B: BasicENi6182ENi6182C:*C:0.0100.010Mn: 6.00Shielding gas (G)Argon +5-25% CO 2 (M21)Mn:Si: 0.306.00 No gasGAMMA 182 G1.21.2andand1.61.62.48072.4807Cr: Si: 17.0 0.30 6106103803804545-196-196 o o C:C:9090Nb: Cr: 17.0 1.70Welding positions Rutile: All positionsENiCrFe-3ENiCrFe-3* T4 type: Fe: Nb: 6.00 1.70Fe: 6.00C: 0.020Metal cored:ENi6082Mn: 5.00C:ENi6082 * T11 type: Si:0.0200.20All positionsGAMMA 4648G 1.2 and 1.62.4648Mn: Cr: 20.0 5.00 650 400 40 +20 o C: 100Basic:Si: 0.20GAMMA 4648Mo: 1.20G 1.2 and 1.62.4648650 400 40 +20 o C: 100ENiCrFe-2Nb: Cr: 20.0 2.50Mo: Fe: 3.00 1.20ENiCrFe-2*Nb: 2.50* Features for SPEEDARC wires presented in this catalogueC: Fe: 0.020 3.00ENi6625Mn: 0.40Si: 0.30GAMMA 625G 1.2 and 1.62.4621C: Cr: 0.020 21.0 780 500 40 -196 o C: 70ENi6625 *Mo: Mn: 9.00 0.40ENiCrMo-3Nb: Si: 0.30 3.40GAMMA Self 625Fe:shielded welding2.4621Cr:0.40G 1.2 and 1.621.0 780 500 40 -196 o C: 70Mo: 9.00ENiCrMo-3 *C: Nb: 0.020 3.40ENi6625Mn: Fe: 0.040 0.40StandardEN ISOComposition Si: 0.40Mechanical propertiesGAMMA V 625 G 1.2 and 1.62.4648Cr: 21.0 780 510 40 -196 o C: 60diameters- Fe Mo: balance 8.80[mm]ASME ENiCrMo-3 / AWS T1-1/-4 Nb: C: 0.020 3.20ENi6625*Mn: Fe: 0.040

Our Welding commitment of cast irons to qualityISO 9001BUREAU VERITASCertificationThe Welding Alloys Group orientates all its economicand strategic choices with an eye to the future. Ourresponsibilities are towards our customers, ourpersonnel, and our environment.The Welding Alloys Group mission is:“To supply our customers with the mostadvanced technology, to ensure them longterm profit and satisfaction, thanks to ourexpertise in the field of welding applications.”The ISO-approved quality assurance system hasbeen in place for the Group wire production unitssince 1993, and is a fundamental ingredient inachieving our quality objectives.The daily commitment from all of our employeesguarantees the utmost respect for the qualityrequirements and values that are consistentwith this dedication:- Production according to strict procedures, conformingto current standards and customer specifications- Customer service by specialists, allowing the besttechnical and economic choices to be made- Permanent commitment to customer satisfaction- Team spirit driven by the pride of belonging to adynamic and innovative groupResearch and Development programmesThe real value of Welding Alloys Cored WiresPackagingPurchase cost is not the only consideration when deciding upon a welding consumable, though it is astrong Metal factor. basket The choice reel must include the critical WA Pack factors - of production time, re-working, finishing costs,not shownand associated consumable costs. Welding Alloys manufactures cored welding wires of the highestStandard net weight : 25kgWire Capacity: 400kgtechnological standards, offering constant quality and high productivity, a combinationExternal Ø: 410mm DimensionsDrumthat gives thebest overall value and cost control.Internal Ø: 300mm Diameter: 800mm Standard net weight : 330kg: 105mm Height: 950mm External Ø: 595mmQualityEN ISO 544 standard : B 450Fully recyclable cardboard packaging Height: 680mm• Very clean fusion and very good bead appearance• Virtually no spatter• Deposit soundness comparable to that of electrodes• Low welding energy which limits deformation, while guaranteeing excellent mechanicaland metallurgical propertiesFlexibilityMetal basket spool• Various arc welding processes: open-arc, gas shielded, submerged arcStandard net weight• Usable with all types of power sources and with low cost standard gas mixturesExternal Ø• Wide range of welding parameters – all-position welding is much easier than with solid wiresInternal Ø• Possibility of purchasing small quantities adapted to particular technical specificationsWidthPerformanceEN ISO 544 standard• High deposit rates (kg/h), around three times greater than with coated electrodes• Optimised arc time• High welding speed• The penetration characteristics allow for work with narrower chamfers, thus reducing thequantity of the weld metalPlastic spool *Standard net weightIn view of their technological and economic advantages, cored wires represent a growing External Øshare ofthe welding market. They are specified and approved by constructors and engineers Internal in leading-edgeØindustries, which impose the strictest requirements in terms of quality and productivity. WidthEN ISO 544 standard: 15kg: 300mm: 51.5mm: 103mm: BS 300: 15kg: 300mm: 51.5mm: 103mm: S 300OPERATING 24/7CASTArgon + 1-5% O Shielding gas2 (M13)Argon + 2-20% CO 2 (M12-M21)Welding positionsThe success of Welding Alloys cored welding wiresis due to their quality and performance. This is closelylinked to our commitment to continuous improvementand to our substantial investment in R and D. As atrue partner in progress, Welding Alloys collaboratesclosely with customers on their own specific projects.We maintain technological awareness, allowing us toanticipate future needs by proposing welding productssuited to new construction steels.Plastic reel *Standard net weightExternal ØInternal ØWidthEN ISO 544 standard: 15kg: 390mm: 305mm: 90mm: R 435Small plastic spool *Standard net weightExternal ØInternal ØWidthEN ISO 544 standard: 5kg: 200mm: 51.5mm: 55mm: S 200Small metal basket spoolStandard net weight : 5kgExternal Ø: 200mmInternal Ø: 51.5mmWidth: 55mm* Manufactured to order onclient’s requestProduct name Mechanical propertiesDescription and applications Base materialCAST NICICAST NiFeProcessO: open arcG: gas shieldedS: sub arcStandarddiameters[mm]EN ISOstandardsComposition- Fe balanceRmRp 0.2%A5 KCV Kv[MPa][MPa][%][J]C: 1.30Mn: 4.00O1.6 to 2.4T C NiFe-2Si: 0.70590 400 15-• FeNi deposit for rebuilding ductile or spheroidal cast ironNi: 45.0and for joining cast irons to each otherC: 0.75• Reduced heat affected zone (HAZ)Mn: 4.00G1.2 to 2.4T C NiFe-2Si: 0.60550 340 16-• Dissimilar joints between cast irons and steelsNi: 45.0G1.2 and 1.6T C NiFe-2C: 0.50• NiFe deposit for joining heavy thicknesses of ductile andMn: 2.50spheroidal cast iron and for restrained joints450 300 15-Si: 0.50• Reduced heat affected zone (HAZ)Ni: 60.0• Easily machined depositThewinningtechnologyGG10 to GG40, GTS35 to GTS 70, GTW35 to GTW 70,GGG40 to GGG80GG10 to GG40, GTS35 to GTS 70, GTW35 to GTW 70,GGG40 to GGG80244 525 Joining

version 5.026 2 27 3Operating conditions for TETRA wiresThis catalogue represents a selection of cored wires forOptimum parametersjoining applications.varyWeldingaccordingAlloystostandardthe weldingproducts forpower source usedhardfacing, cladding and thermal arc spraying feature ina separate catalogue. See table page We will 13 - gladly examine any specialShielding gasrequest. In fact, When each using year a 100% we receive CO 2 gas hundreds shield,1 to of 2 special volts extra is recommendedrequests, and as experts in our field we examine them allGas flow rate 12 - 20 ml/minindividually. Please do not hesitate to contact us.10 - 20 mm for wire diameters 0.9 - 1.0mmStick out10 - 25 mm for wire diameters 1.2 - 1.6mmDownhand and horizontal fillet welding - TETRA S and TETRA V wiresWeldingpositionsPA - PBType of JointLap jointJ jointV - Root passPlatethickness[mm]1.5 - 153 - 55 - 155 - 1510 - 201.5 - 5Wirediameter[mm]0.9 - 1.01.21.21.21.60.9 - 1.03 - 71.2Fillet weld7 - 151.2Solutions for 8 - 20 the 1.650most stringento-80 o70 o - 90 oapplicationsAll-positions welding - TETRA V wiresWeldingpositionsV - Filling passesType of JointWirediameter[mm]Current[A]Current[A]100 - 160130 - 150100 - 150200 - 280200 - 350100 - 160130 - 220200 - 280200 - 350Voltage[V]V - Root pass1.2 100 - 120 22 - 24 3.5 - 4.53G - 3FV - Filling passes 1.2 150 - 180 24 - 28 7 - 9Fillet weld1.2 150 - 180 24 - 28 7 - 9Since its foundation in 1966,V -theRootWeldingpassAlloys Group,1.2an independent140 - 170group,24 -has28specialised6.5 - 9in the 4G manufacture - 4F of cored V welding - Filling passes wires for cladding 1.2 applications 180 - 200 – 100% produced 26 - 29 in our 9 - 11modern factories – 100% Fillet our weld own technology. 1.2 180 - 200 26 - 29 9 - 11V - Root pass1.2 140 - 150 23 - 25 4.5 - 7WA Joining 2G - 1GTechnology is a division of the Welding Alloys Group and is devoted exclusivelyto our range of cored welding V - Filling wires passes for joining applications. 1.2 170 - 190 26 - 28 8 - 10These parameters are valid for all plate thicknessesOur wide range of non-alloyed, low-alloyed and high-alloyed wires meets or exceeds the most90severe metallurgical standards.80A policy of permanent R and D, hand in hand with industrial development, enables us oto offerthe quality guarantees required by international codes of practice, as exist in the nuclear,petrochemical, offshore, LNG and transport industries.Lightly weaved beadsAs a global company, our engineers and technicians are available locally. Technical supportand service is provided where it is needed, from international WA Joining specialists.Voltage[V]22 - 2823 - 2422 - 2426 - 3025 - 3323 - 2822 - 2826 - 3025 - 3350 o 90 o 80 o-90 oWire feedspeed[m/mn]90 o 90 oo 45 -50o90 o o8090 o90 o 80 oWire feedspeed[m/min]8 - 154.5 - 63.5 - 68.5 - 14.54.5 - 9.58 - 154.5 - 108.5 - 14.54.5 - 9.5Stringer bead. Use of the correct gun angle will give good control of the weld pool, good tie-in and optimum penetration.Operating conditions for all types of Welding Alloyscored wires: please refer to our technical data sheets10 o90 oContents100% Welding Alloys technology and manufacturingProduct NameWelding PositionsStandardsEN-ISOASME IXTechnical Information• All weld metal compositions and mechanicalproperties given are typical average values.All chemical compositions given are for allweld metalIntroductiondeposits2 Welding of highly alloyed steelsTETRA V 309L12TETRA V 309LMoOur commitment to quality4Duplex and superduplexTETRA V 309LNb 12TETRA V 310• Welding Alloys The real recommends value of fluxes thesuited forAustenitic stainless steelsTETRA V 31214use with its WA submerged-arc Cored Wireswires5Heat resistant steelsTETRA V 316L18TETRA V 317LDissimilar joints and repair weldingTETRA V 318L20• Technical Joining data sheets wiresand safety data sheetsWelding of nickel alloys andTETRA V 347HTETRA V 347Lare available Welding for all products of constructional in accordance steels6special applicationsTETRA V 904L22with EC directives 91/155/CEE and 93/112/CETETRA V 1682Self-shielded welding - Mild steels6Welding of cast ironsTUBE S 20 3 924and to international standard ISO 11014-1Gas-shielded welding - Mild steels8TUBE S 22 9 3LTUBE S 307Weathering steels8PackagingTUBE S 308H 25Cold tough steels8Operating conditions for TETRA TUBEwiresS 308L26TUBE S 309HHigh strength steels10Technical informationTUBE S 309L 27TUBE S 309LMoCreep resistant steels10Alphabetical IndexTUBE S 309LNb27Welding products and techniques evolve constantly. All descriptions, illustrations andproperties given in this catalogue are subject to change and can only be consideredas general guidance.JoiningBy courtesy of Welders NVPA PA PB PC PD PE PF PG1G 1F 2F 2G 4F 4G 3G 3GAlphabetical IndexCAST NICICAST NiFeGAMMA 182GAMMA 4648GAMMA 625GAMMA V 625GAMMA 825ROBOFIL B 700ROBOFIL B 71ROBOFIL B CrMo1ROBOFIL B CrMo2ROBOFIL B Ni1ROBOFIL B NiMoROBOFIL B P91ROBOFIL KX71T1ROBOFIL M 70ROBOFIL M 700ROBOFIL M 71ROBOFIL M 71CuROBOFIL M CrMo1ROBOFIL M CrMo2ROBOFIL M MoROBOFIL M Ni1ROBOFIL M Ni3ROBOFIL M NiMoROBOFIL R 71ROBOFIL R Ni1ROBOFIL R 91SPEEDARC T4SPEEDARC T11TETRA S 20 9 3TETRA S 22 9 3LTETRA S 307TETRA S 308HTETRA S 308LTETRA S 309HTETRA S 309HTTETRA S 309LTETRA S 309LMoTETRA S 309LNbTETRA S 310TETRA S 312TETRA S 316LTETRA S 317LTETRA S 318LTETRA S 329TETRA S 347HTETRA S 347LTETRA S 904LTETRA S B 22 9 3LTETRA S B 308HTETRA S B 308HTETRA S B 308LTETRA S B 309HTETRA S B 309HTETRA S B 309HTTETRA S B 309HTTETRA S B 310TETRA S B 316LTETRA S B 316NFLTETRA S B 465TETRA S B D57TETRA S D57LTETRA V 20 9 3TETRA V 22 9 3LTETRA V 307TETRA V 308HTETRA V 308LTETRA V 309HTETRA V 309HTTUBE S 310TUBE S 312TUBE S 316LTUBE S 317LTUBE S 318LTUBE S 329TUBE S 347HTUBE S 347LTUBE S 904LTUBE S D57LPage242422222222221088810108888881081010108101010662014201814181820202018201416161818141614181814181818181814141614142014201814181820202018201416161814161820142018141820202018201416161818141614

A perfectly controlled technologyWA Cored WiresDesign and manufactureof all types of coredwelding wiresWA MultiSurfacerDesign and manufactureof automated weldingequipment for hardfacingand rebuilding applicationsWA Integra ServicesInnovative hardfacingand rebuilding solutionsby weldingA worldwide presenceUnited Kingdom(Head office)Welding Alloys LtdArgentinaWelding Alloys Argentina S.A.Australia (Trading Partner)Specialised WeldingProducts Pty LtdBrazilWelding Alloys Brasil LtdaChinaWelding Alloys China LtdEgyptWelding Alloys EgyptFranceWelding Alloys France SASGermanyWelding Alloys DeutschlandLegierungstechnik GmbHWelding Alloys DeutschlandSchweisslegierungs GmbHGreeceWelding Alloys Hellas EPEIndiaWelding AlloysSouth Asia Pvt LtdIranAliaj Joosh IranItalyWelding Alloys Italiana s.r.l.JapanWelding Alloys JapanMalaysiaWelding Alloys(Far East) Sdn. Bhd.MexicoWelding AlloysPanamericana S.A. de C.V.PolandWelding Alloys Polska Sp. z o.o.RussiaWelding Alloys RussiaSouth AfricaWASA (PTY) LtdSouth KoreaWelding Alloys Korea LtdSpainWelding Alloys EspañaSwedenWelding Alloys SwedenTaiwanWelding Alloys Taiwan Co.ThailandWelding Alloys (Thailand) Co. LtdTurkeyWelding Alloys Limited ŞirketiUkraineWelding Alloys UkraineUnited Arab EmiratesWelding Alloys Middle East FZCUSAWelding Alloys (USA) Inc.VietnamWelding Alloys Vietnam Co. Ltd.www.welding-alloys.comWelding Alloys Group 2009. WA Cored Wire, WA Integra, 3-DCarb and WA MultiSurfacer trade and registered marks and logos are the property of the Welding Alloys Group.