Victory Alloys Catalog Lookup

Victory A356

- Victory A356 (aka 4008) is a Al-Si-Mg casting alloy generally used in the GTAW (TIG) process for welding sand castings and permanent mold castings. - Victory A356 can be heat treated to produce various combinations of mechanical properties primarily on 356.0 and A356.0 castings. - Other applications include general purpose castings, transmission cases, truck-axle housing and wheels, cylinder blocks,

Process: TIG / GTAW

AWS specification family: AWS A5.10

Base-metal path: Aluminum and aluminum alloys

Victory C355

- Victory C355 is an Al-Si-Cu casting alloy generally used in the GTAW (TIG) process for joining and repairing 355.0, A355.0 and C355.0 castings. - Copper is added to give a greater response to heat treatment yielding higher strength, but it does sacrifice ductility and corrosion resistance. - The low iron content creates higher tensile properties in premium quality castings.

Process: TIG / GTAW

AWS specification family: AWS A5.10

Base-metal path: Aluminum and aluminum alloys

Victory 1100

- Victory 1100 is a 99% pure aluminum wire for welding base metals such as 1100, 3003, A/C 3003, 1060, 1070, 1080 and 1350 - Since it is 99% aluminum, it is relatively soft and very formable, making this wire suitable for architectural and decorative applications on furniture, piping, thin gauge materials and foil products - Victory 1100 is highly resistant to chemical attack and weathering, making it suitable as a tie wire in chemical baths - Melting range is 1190 - 1215 F, density is 0.098 lbs/in3 and post anodizing color is slightly golden

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.10

AWS / catalog classifications: ER1100

Base-metal path: Aluminum and aluminum alloys

Victory 2319

- Victory 2319 is an aluminum filler metal for welding 2219 base metal that is used in high strength structural applications where greater resistance to stress corrosion cracking and elevated temperature properties are required. - Victory 2319 is heat treatable and provides higher strength and ductility than 4000 series when welding on 2000 series base metals. - Applications include 2014, 2219, 3003, 6005 or 6061

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.10

AWS / catalog classifications: ER2319

Base-metal path: Aluminum and aluminum alloys

Victory 4043

- Victory 4043, commonly referred to as "AlSi5," is the oldest and one of the most widely used aluminum welding wires for general purpose applications - Less sensitive to weld cracking than other aluminum alloys and the 5% silicon content lowers the melting point, increases fluidity of the weld puddle and leaves a bright shiny weld deposit - Victory 4043 is commonly used for welding grades 6061, 6063, 5052, 3004, 3003 and cast alloys 356.0, 357.0, 413.0, and

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.10

AWS / catalog classifications: ER4043

Base-metal path: Aluminum and aluminum alloys

Victory 4047

- Victory 4047 is sometimes referred to as "AlSi12" or 718 aluminum as well as the brazing alloy "BAlSi-4" - Originally developed for brazing, this filler metal has a 12% silicon level giving it a very low melting point, high fluidity and a more narrow freezing range - Victory 4047 can be used as a general purpose brazing alloy offering good corrosion and hot cracking resistance when welded; may be used where temperatures remain elevated

Process: MIG / GMAW · TIG / GTAW · Brazing / Braze Welding

AWS specification family: AWS A5.10

AWS / catalog classifications: ER4047, BAlSi-4

Base-metal path: Aluminum and aluminum alloys

Victory 4943

- Victory 4943 is an aluminum filler metal developed to be an "upgraded" version of 4043 producing a higher tensile and yield strength than 4043 - This alloy is as easy to use as 4043 and yields all the same desired characteristics but does not depend on the dilution of the base metal in order to increase weld deposit strength - Victory 4943 exhibits excellent corrosion resistance, low melting temperature, low sensitivity to hot cracking, lower

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.10

AWS / catalog classifications: ER4943

Base-metal path: Aluminum and aluminum alloys

Victory 5183

- Victory 5183, commonly referred to as "AlMg4.5Mn," is a 4 % magnesium with - 1% manganese aluminum wire used for welding base metals 5083, 5086 and 5456 to themselves or to 5052, 5652 and 5056 - Victory 5183 is often used where 5356 tensile strengths may be inadequate; Victory 5183 tensile strength averages 41,000 psi - Common applications include marine components, drilling rigs, cryogenics, railroad cars and storage tanks

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.10

AWS / catalog classifications: ER5183

Base-metal path: Aluminum and aluminum alloys

Victory 5356

- Victory 5356, commonly referred to as "AlMg5," is a 5% magnesium aluminum wire used for welding base metals 5050, 5052, 5083, 5356, 5454 and 5456 - This MIG and TIG wire has become the most widely used aluminum welding wire because of its compatibility with so many different base metals and better corrosion resistance in salt water - Weld deposits have good ductility and higher tensile strength although it is not suitable for temperatures sustained above

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.10

AWS / catalog classifications: ER5356

Base-metal path: Aluminum and aluminum alloys

Victory 5554

- Victory 5554 is an aluminum welding wire recently made popular as the recommended filler metal for repairing aluminum truck beds - An excellent choice due to its strength and resistance to stress corrosion cracking even when subjected to sustained elevated temperatures above 150 F - Although Victory 5554 is seeing a resurgence of use for truck beds, it has been used in hot chemical storage tanks, heat

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.10

AWS / catalog classifications: ER5554

Base-metal path: Aluminum and aluminum alloys

Victory 5556

- Victory 5556 is an aluminum filler metal containing higher levels of manganese, zinc and slightly more magnesium than 5356 which gives the 5556 weld deposit greater crack resistance, tensile strength and better ductility. - Victory 5556 is non-heat treatable and produces the highest as-welded strengths in fillet welds, nearly double that of 4043. - Commonly used on base metals 5154, 5254, 5454 and 5456 - Usage in applications where there is prolonged exposure to temperatures in excess of 150 F should be avoided as this may

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.10

AWS / catalog classifications: ER5556

Base-metal path: Aluminum and aluminum alloys

Victory Metal Cored 70C-6M

- Victory Metal-Cored 70C-6M is a metal-cored, gas-shielded carbon steel wire for single or multiple-pass welding in the fabrication, erection, and repair of heavy structural steel - This wire produces weld deposits with much lower fume levels and higher deposition efficiency than solid carbon steel wires - Victory Metal-Cored 70C-6M is known for its smooth stable arc, very little spatter, and hardly any slag coverage

Process: MIG / GMAW

AWS specification family: AWS A5.18

AWS / catalog classifications: E70C-6M

Base-metal path: Carbon steel and low-alloy steel

Victory Flux Cored 70T-1C

- Victory Flux-Cored 70T-1C/9C is designed for Flat & Horizontal welding of 71,000 psi steel. - A smooth and stable arc yields high deposition efficiency. Easy slag removal gives way to quality welds with a consistent appearance, resulting in excellent operator appeal. - H8 diffusible hydrogen level offers high resistance to hydrogen caused cracking. - Commonly used on heavy fabrication steel structures, rail cars, earth moving equipment and storage vessels.

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.20/A5.20M:2025

AWS / catalog classifications: E70T-1C-H8, E70T-9C-H8

Base-metal path: Carbon steel and low-alloy steel

Victory Flux Cored 71T-1CM

- Victory Flux-Cored 71T-1C/M is a baked flux-cored wire for all-position, single or multiple pass welding of carbon and higher strength steels - 100% CO2 is the recommended shielding gas, however, a 75-85% Argon/balance CO2 mixture may produce higher tensile strengths with excellent impact properties - Baked versions of this classification removes moisture and lubrication from the wire which improves feedability through the

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.20/5.36

AWS / catalog classifications: E71T-1C, E71T-1M

Base-metal path: Carbon steel and low-alloy steel

Victory Flux Cored 71T-11

- Victory Flux-Cored 71T-11 is a general purpose flux-cored wire for all-position, single pass and limited multiple- pass butt, lap and fillet welds on 16 gauge through " thick carbon or galvanized steel (do not use on steel plates thicker than ") - 5/16" maximum plate thickness for .045 diameter and smaller diameters - Excellent for outdoor use where adverse weather conditions prohibit the use of shielding gas or where gas

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.20/5.36

AWS / catalog classifications: E71T-11

Base-metal path: Carbon steel and low-alloy steel

Victory Flux Cored 71T-12M H4

- Victory Flux-Cored 71T-12M is a baked flux-cored wire for all-position, single, and multiple pass welding of carbon steels where greater impact toughness at lower temperatures (-40 F) is a requirement - M21 shielding gas mixtures (75Ar/25CO2, 85Ar/15CO2 or 95Ar/5CO2) will produce lower fume generation rates than using primarily CO2 as a shielding gas - Common applications include welding of ASTM A36, A131 and A285 especially in Naval shipbuilding applications as well as

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.20, AWS A5.36

AWS / catalog classifications: E71T-1M-H4, E71T-9M-H4, E71T-12MJ-H4, E71T12-M21A4-CS2-H4

Base-metal path: Carbon steel and low-alloy steel

Victory 71T-9CM

- Victory Flux-Cored 71T-9C/9M is a baked flux-cored wire for all-position, single or multiple pass welding of carbon and higher strength steels; Victory 71T-9C/9M also meets E71T-1C/1M specifications and so both specifications are met with this one wire - Victory 71T-9C/9M weld deposits have greater impact toughness (charpy v-notch) at lower temperatures than regular 71T-1C/1M

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.20/5.36

AWS / catalog classifications: E71T-1C/1M

Base-metal path: Carbon steel and low-alloy steel

Victory 71T-GS

- All-position (H, F, VU, VD, OH) single-pass welding on galvanized and carbon steel sheet metal as thin as 18- gauge without burn-through - Excellent outdoor use even in windy conditions since no shielding gas is required - Commonly used by "hobbyists" on small portable 110 volt welding machines who find 71T-GS to have a smooth and stable arc transfer with very little spatter

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.20/5.36

AWS / catalog classifications: E71T-GS

Base-metal path: Carbon steel and low-alloy steel

Victory X-COR 719

- X-COR 719 is an un-baked flux-cored wire for all-position, single or multiple pass welding of carbon steel - X-COR 719 weld deposits have greater impact toughness (charpy v-notch) at lower temperatures than 71T-1C/1M - 100% CO2 is the recommended shielding gas, however, a 75% Ar/25% CO2 mixture will produce higher tensile strengths - A smooth arc transfer spray with low spatter, low fume, superb puddle control and a fast freezing, easy removal slag are all characteristics that make X-COR 719 the welder's choice

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.20/5.36

AWS / catalog classifications: E71T-1C/1M

Base-metal path: Carbon steel and low-alloy steel

Victory 71T-8

- Victory Flux-Cored 71T-8 welds out-of-position at high current levels. - Low hydrogen weld deposit - Fast freezing, easy to remove slag system - High impact strength at low temperatures with excellent mechanical properties - Meets AWS D1.8/D1.8M:2016 seismic lot waiver requirements

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.20:2021

AWS / catalog classifications: E71T-8J H8

Base-metal path: Carbon steel and low-alloy steel

Victory 4130E

- Victory 4130E is an all-position high tensile chrome-moly steel electrode for welding heat-treatable steels such as AISI/SAE 4130 and 8630. - Mechanical property results will depend on the preheat/interpass temperature, cooling rate and heat treatment. Some typical results following oil quenching are listed below. - Common applications include 4130, 8630 as well as steel castings with similar hardening characteristics.

Process: Stick / SMAW

Base-metal path: Carbon steel and low-alloy steel

Victory 4140E

- Victory 4140E is an all-position high tensile, high strength DC+ electrode for welding AISI/SAE 4140 and other heat-treatable alloys and base metals. - Mechanical property results will depend on the preheat/interpass temperature, cooling rate and heat treatment. Some typical results following oil quenching are listed below. - Common applications include die-cast dies, forgings, castings, axles, gears, crankshafts and other machine parts

Process: Stick / SMAW

Base-metal path: Carbon steel and low-alloy steel

Victory 4340

- Victory 4340 is a Ni-Cr-Mo all-position high tensile, high strength DC+ electrode for welding AISI/SAE 4140, 4340, 4330 and other heat-treatable alloys and base metals. - Mechanical property results will depend on the preheat/interpass temperature, cooling rate and heat treatment. Some typical results following oil quenching are listed below. - Common applications include die-cast dies, forgings, castings, axles, gears, crankshafts and as a buildup under

Process: Stick / SMAW

Base-metal path: Carbon steel and low-alloy steel

Victory 6010

- A strong forceful arc of this electrode creates deeply penetrating welds, while the fast freeze characteristic allows it to be used in any position including vertical-up, vertical-down, overhead, and flat or horizontal - Produces x-ray quality weld deposits with a thin friable and easily removable slag revealing a coarse ripple bead - Excellent choice for multiple pass applications where sound welds are critical - Typically used for joining pipes, carbon steel, galvanized steel, pressure pipes, pressure vessels, oil marine

Process: Stick / SMAW

AWS specification family: AWS A5.1

AWS / catalog classifications: E6010

Base-metal path: Carbon steel and low-alloy steel

Victory 6011

- All-position, multiple-pass mild steel electrode for producing deep-penetrating welds using small AC welding machines as well as DC units - Strong arc force and fast solidification of weld metal makes out-of-position welding easy - Welds through rusty, dirty, or oily steel or where poor groove fit-up is a problem - Great arc stability, high deposition efficiency, low spatter, and non-porous welds are all characteristics of this

Process: Stick / SMAW

AWS specification family: AWS A5.1

AWS / catalog classifications: E6011

Base-metal path: Carbon steel and low-alloy steel

Victory 6012

- All position electrode developed for welding thin steel sheets or where poor fit-up joints need to be "bridge welded" - This electrode produces a quiet steady arc forceful enough to prevent slag buildup during vertical down welding - Maximum deposition efficiency with shallow penetration is attained even at increased welding currents and travel speeds

Process: Stick / SMAW

AWS specification family: AWS A5.1

AWS / catalog classifications: E6012

Base-metal path: Carbon steel and low-alloy steel

Victory 6013

- All-position, mild steel electrode for welding light to medium-gauge steel - Excellent operating characteristics when using small diameter electrodes to weld thin sheet metal using lower open-circuit AC voltage - One of the easiest electrodes to use because of its easy slag control in vertical down welding, its wide operating range and restrike capabilities

Process: Stick / SMAW

AWS specification family: AWS A5.1

AWS / catalog classifications: E6013

Base-metal path: Carbon steel and low-alloy steel

Victory 6022

- For welding roof or floor decking to support beams - Can be used on steel with moderate surface contamination such as paint or grease - High speed, flat and horizontal single pass welding of light gauge sheet metal - Excellent restrike capability for "spot welding" - Low spatter with very little slag interference resulting in excellent bead appearance with minimal clean up

Process: Stick / SMAW

AWS specification family: AWS A5.1

AWS / catalog classifications: E6022

Base-metal path: Carbon steel and low-alloy steel

Victory 7010A1

- Welding of carbon steel piping in high pressure, high temperature steam service applications which contain % Molybdenum - All-position but especially suited for vertical up or vertical down welding - Forceful arc with deep penetration and a fast freeze weld puddle - Superior performance over any 6010 electrode

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E7010-A1

Base-metal path: Carbon steel and low-alloy steel

Victory 7014

- For general purpose, high speed welding of carbon and low alloy steels - Easy to use, stable arc, low spatter, excellent restrike capability and a smooth weld bead with fine ripples are all characteristics of this electrode - Designed to be used for many of the same applications as 6013, but with much greater deposition efficiency as a result of iron powder in the flux and being able to run at higher amperage settings

Process: Stick / SMAW

AWS specification family: AWS A5.1

AWS / catalog classifications: E7014

Base-metal path: Carbon steel and low-alloy steel

Victory 7016

- A low-hydrogen, all-position electrode designed for welding heavy-duty carbon steel plates, high-tensile steel, medium carbon steel, and free-machining steels - Special flux coating produces x-ray quality weld deposits that exhibit excellent mechanical properties and crack resistance - Very stable arc, easy slag removal, and a beautiful bead appearance

Process: Stick / SMAW

AWS specification family: AWS A5.1

AWS / catalog classifications: E7016

Base-metal path: Carbon steel and low-alloy steel

Victory 7018

- A low-hydrogen, all-position electrode for welding carbon steel, high-tensile steel, low alloy steel and free- machining steels - Quiet steady arc, low spatter, superb re-striking capabilities and high deposition efficiency all made possible by the special low-hydrogen iron powder coating and graphite tip - Easily removable slag reveals a finely rippled bead appearance and an x-ray quality weld deposit with excellent

Process: Stick / SMAW

AWS specification family: AWS A5.1

AWS / catalog classifications: E7018

Base-metal path: Carbon steel and low-alloy steel

Victory 7018-1 H4R

- Upgraded version of 7018 which produces weld deposits with greater notch toughness and ductility at lower temperatures than a standard 7018 electrode - 7018-1 H4R is a low hydrogen, all-position electrode for welding carbon steel, free-machining steel, high tensile steel and low alloy steel subjected to extreme sub-zero temperatures - Quiet steady arc, low spatter, superb restriking capabilities, and high deposition efficiency all made possible by

Process: Stick / SMAW

AWS specification family: AWS A5.1

AWS / catalog classifications: E7018-1H4

Base-metal path: Carbon steel and low-alloy steel

Victory 7018A1

- Welding of carbon steel piping and tubing containing % molybdenum in high temperature and high pressure boilers and pressure vessels in the chemical and oil refinery industries - High deposition efficiency with medium penetration and rapid solidification of weld metal - Common uses include welding low alloy, high tensile C-Mo steel such as A204 and A335-P1 pipes Mechanical Properties of the Weld Metal**

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E7018A1

Base-metal path: Carbon steel and low-alloy steel

Victory 7018AC

- A low-hydrogen, all-position AC electrode for welding carbon steel, high-tensile steel, low alloy steel and free- machining steels - Quiet steady arc with medium penetration using small AC welding machines - Graphite tip acts like a "match" for quick arc starting and the special low hydrogen, iron powder coating permits easy restriking of the arc over and over again. For this reason, it is commonly used for "tack welding"

Process: Stick / SMAW

AWS specification family: AWS A5.1

AWS / catalog classifications: E7018AC

Base-metal path: Carbon steel and low-alloy steel

Victory 7018B2L

- Replaced discontinued classification E8018B2L - For welding 1 chrome and moly alloy steels exposed to high pressure and temperatures usually associated with power plants or boiler piping - Low carbon content improves microstructure stability which is beneficial in reducing cracking of the weld deposit especially during high temperature service applications

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E7018B2L

Base-metal path: Carbon steel and low-alloy steel

Victory 7024

- Victory 7024 classifies as 7024-1 with a minimum 35 ft-lbs. @ 0 F , intended for use in situations requiring greater ductility and a lower transition temperature than standard E7024 electrodes. - Heavy iron-powder coated electrode for single pass welding on mild or carbon steel - Deposition is fast and efficient, leaving a slightly convex to flat weld bead with a fine ripple appearance - Very easy to use, stable arc, low spatter and a slag that seems to peel away

Process: Stick / SMAW

AWS specification family: AWS A5.1

AWS / catalog classifications: E7024-1

Base-metal path: Carbon steel and low-alloy steel

Victory 7028

- Iron powder electrode designed for applications where a 7018 might be used but where a much higher deposition efficiency is required on flat, horizontal fillet or deep groove welds - 7028 electrodes have a very thick coating which makes up nearly 50% of the weight of the electrode - A small amount of hydrogen in the coating ensures good mechanical properties in the deposited weld metal - 7028 has a very stable arc and produces an easily removable slag leaving a smooth flat weld bead without

Process: Stick / SMAW

AWS specification family: AWS A5.1

AWS / catalog classifications: E7028

Base-metal path: Carbon steel and low-alloy steel

Victory 7048

- Iron powder electrode developed for applications where a standard 7018 would normally be used but 7048 electrodes are specifically designed for exceptionally good vertical down welding - Excellent mechanical properties and resistance to weld metal cracking on mild, low carbon, low alloy and free-machining steels - A smooth uniform bead appearance and self-lifting slag, x-ray quality weld deposits

Process: Stick / SMAW

AWS specification family: AWS A5.1

AWS / catalog classifications: E7048

Base-metal path: Carbon steel and low-alloy steel

Victory 8010

- Commonly referred to as "hippie" or HYP (high yield pipe) welding rods - Exceptional in vertical down welding which allows higher construction speeds for field welding of pipelines - All-position root-pass welding of high strength low alloy steel pipeline assemblies including API 5LX-56 through X-70 grade pipe - Deeply penetrating, x-ray quality weld deposits with tensile strengths in the 90,000 psi range making it much

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E8010-P1

Base-metal path: Carbon steel and low-alloy steel

Victory 8018B2

- Designed for welding to 1 chromium and molybdenum alloy steels subjected to high pressure and temperatures such as found in power plants or boiler piping - Weld deposits are x-ray quality and meet or exceed AWS/ASTM charpy v-notch impact requirements - Smooth arc, low spatter, a fine bead appearance and exceptional mechanical properties - Commonly used in steam power generation equipment, boiler and heat exchanger steel tubes, marine

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E8018B2

Base-metal path: Carbon steel and low-alloy steel

Victory 8018B3L

- Replaced discontinued classification E9018B3L - For welding 2 chrome - 1% molybdenum alloy steels exposed to high pressure and temperatures such as found in power plants or boiler pipes - Low carbon content improves microstructure stability which is beneficial in reducing cracking of the weld deposit especially during high temperature service

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E8018B3L

Base-metal path: Carbon steel and low-alloy steel

Victory 8018B6

- Victory 8018B6 (formerly classified as a stainless under A5.4 E502-16) is a 5% chromium - % molybdenum flux-coated electrode for welding pipes and tubing of similar analysis - 8018-B6 is the SMAW electrode equivalent to Victory 80S-B6 GMAW (MIG) and GTAW (TIG) wires - Commonly used to weld ASTM grades A182-F5/F5a, A336-F5/F5a, A199-T5, A200-T5, A213-T5, A335-P5, A369-FP5, A426-CP5, A217-C5 and A387-Gr. 5; all of these found within the oil and chemical industries

Process: Stick / SMAW

AWS specification family: AWS A5.5, AWS A5.4

AWS / catalog classifications: E8018-B6

Previous classifications noted by Victory: E502-16

Base-metal path: Carbon steel and low-alloy steel

Victory 8018B8

- Victory 8018B8 (formerly classified as a stainless under A5.4 E505-16) is a 9% chromium - 1% molybdenum flux-coated electrode for welding pipes and tubing of similar analysis - Most of the applications for 8018-B8 have been replaced with Victory 9018B9, however, Victory 8018B8 is still used in high temperature piping and high pressure steam piping within the oil and chemical industries - Victory 8018B8 is the SMAW electrode equivalent to Victory 80S-B8 GMAW (MIG) and GTAW (TIG) wires

Process: Stick / SMAW

AWS specification family: AWS A5.5, AWS A5.4

AWS / catalog classifications: E8018-B8

Previous classifications noted by Victory: E505-16

Base-metal path: Carbon steel and low-alloy steel

Victory 8018C1

- All-position welding of 2% nickel steels in the 70,000-80,000 psi tensile range where excellent sub-zero temperature impact properties are required - SMAW electrode equivalent to ER80SNi-2 MIG or TIG wires - High deposition efficiency, excellent quality weld deposits with notch toughness at temperatures as low as -76 F - Stable arc with excellent puddle control produces weld deposits with a fine bead appearance, free from undercuts and

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E8018C1

Base-metal path: Carbon steel and low-alloy steel

Victory 8018C2

- All-position welding of 3% nickel steels where excellent sub-zero temperature impact properties are required such as found in the production, storage or transportation of liquid ammonia or propane - SMAW electrode equivalent to ER80SNi-3 MIG or TIG wires - High deposition efficiency, excellent quality weld deposits with notch toughness at temperatures as low as -100 F - Weld deposits exhibit high ductility and crack resistance

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E8018C2

Base-metal path: Carbon steel and low-alloy steel

Victory 8018C3

- All-position welding of 1% nickel steels in the 70,000-80,000 psi tensile range where excellent sub-zero temperature impact properties are required - SMAW electrode equivalent to ER80SNi-1 MIG or TIG wires - High deposition efficiency, excellent quality weld deposits with notch toughness at temperatures as low as -60 F - Typical applications include quenched and tempered steels such as ASTM A514 and A517, Cor-Ten, Mayari R,

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E8018C3

Base-metal path: Carbon steel and low-alloy steel

Victory 8018W

- Victory 8018-W is a low hydrogen, iron powder type all-position electrode containing copper, chromium and nickel in its weld deposit. - The addition of 0.5% copper (Cu) in the flux creates a weld deposit that matches the corrosion resistance and color of COR-TEN weathering steel. - Addition of chromium and nickel in the weld deposit gives strength, ductility and notch toughness permitting use on

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E8018-W2

Base-metal path: Carbon steel and low-alloy steel

Victory 9015-B91

- All position low-hydrogen 9% Cr - 1% Mo electrode modified with niobium (columbium plus tantalum) and vanadium to produce weld deposits with increased notch toughness, longer fatigue life, oxidation and corrosion resistance at higher temperatures along with greater creep rupture strength - Primarily designed for welding martensitic P91 chrome-moly steels in header systems, high temperature (1040 -1112 F) piping and high pressure (up to 4000 psi) steam piping, ASTM A213-T91 tubing, A335-P91 pipe, and A387 Gr. 91 plate

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E9015-B91-H4

Base-metal path: Carbon steel and low-alloy steel

Victory 9018B3

- Designed for welding 2 chrome - 1% molybdenum super heater tubes and steam pipes of boilers for electric power plants, oil refineries, and chemical industries - All position, high deposition efficiency and produces x-ray quality weld deposits with mechanical properties that meet or exceed AWS/ASTM requirements - Excellent for welding thick steam pipes and repairing of cast steel

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E9018B3

Base-metal path: Carbon steel and low-alloy steel

Victory 9018-B91

- All position low-hydrogen 9% Cr - 1% Mo electrode modified with niobium (columbium plus tantalum) and vanadium to produce weld deposits with increased notch toughness, longer fatigue life, oxidation and corrosion resistance at higher temperatures along with greater creep rupture strength - Primarily designed for welding martensitic P91 chrome-moly steels in header systems, high temperature (1040 -1112 F) piping and high pressure (up to 4000 psi) steam piping, ASTM A213-T91 tubing, A335-P91 pipe, and A387 Gr. 91 plate

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E9018B91

Base-metal path: Carbon steel and low-alloy steel

Victory 9018M

- All position, low-hydrogen, iron powder electrode originally designed for military applications to weld quenched and tempered steels such as T1, HY-80, HY-90, and HY-100 - Small additions of manganese, molybdenum and nickel in a moisture resistant flux coating contribute to achieve good notch toughness at low temperatures and high tensile strengths - Typically used on base metals ASTM A225 Gr. B, A235 Gr. G, A228 class 2, and A291 class 1 & 2

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E9018M

Base-metal path: Carbon steel and low-alloy steel

Victory 9045-P2 H4R

- Victory 9045-P2 H4R is specifically designed for high-speed vertical-down welding of API 5L X70, X80 and X90 grades of cross- country high-strength pipelines including natural gas pipelines. Deposition rate is 80-100% greater than vertical-up welding. - For welding of hot, fill and cap passes in high strength pipe butt joints. Can also be used on fillet welds for repair welding when attaching pipe sleeves. - This electrode has a low-hydrogen, iron-powder basic (lime-fluoride) flux-coating that cleans impurities from the weld pool,

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E9045-P2

Base-metal path: Carbon steel and low-alloy steel

Victory 11018M

- For welding quenched and tempered steels such as ASTM A514 and A517, HY-80, HY-100, T-1, and SSS-100 - May be used in any position but most suited for horizontal and downhand welding - X-ray quality weld deposits with excellent low temperature impact properties and tensile strengths up to 112,000 psi - Typical applications would include low alloy castings, pressure vessels, quenched and tempered steels used in

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E11018M

Base-metal path: Carbon steel and low-alloy steel

Victory 12018M

- For welding high strength, high tensile steels requiring a minimum 120,000 psi tensile strength - Excellent impact properties, good crack resistance and x-ray quality weld deposits - Common applications include the fabrication of penstocks, pressure vessels and machinery parts of ASTM A148 Gr. 120-95, A238 Gr. F, A291 Class 4 and A514 Weld Metal Chemistry Mechanical Properties of the Weld Metal

Process: Stick / SMAW

AWS specification family: AWS A5.5

AWS / catalog classifications: E12018M

Base-metal path: Carbon steel and low-alloy steel

Victory 70S-2

- Victory 70S-2 is a triple deoxidized copper-coated mild steel wire primarily used in the GTAW (TIG) process but also in many GMAW (MIG) applications as well - The added deoxidizers - zirconium, titanium and aluminum differentiates 70S-2 from 70S-3 and 70S-6 wires making 70S-2 more suitable on rusty, oily or dirty surfaces - Victory 70S-2 used in the GTAW process produces high quality, high toughness welds and is an excellent choice for use in single side, melt through

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.18

AWS / catalog classifications: ER70S-2

Base-metal path: Carbon steel and low-alloy steel

Victory 70S-3

- Victory 70S-3 is a copper-coated mild steel wire containing silicon and manganese which act as deoxidizers when GMAW (MIG) or GTAW (TIG) welding on newer steel in general fabrications - Excellent for single or multiple-pass welds using 100% CO2 or a 75% Ar/25% CO2 mixture in the MIG process for short-circuit applications - Common uses include auto frames, earthmoving and farm equipment, ornamental iron fabrication, metal storage bins, metal furniture, sheet metal, barges, ships, railcars, trailers, and dumpster bins

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.18

AWS / catalog classifications: ER70S-3

Base-metal path: Carbon steel and low-alloy steel

Victory 70S-6

- Victory 70S-6 is the most common of the copper-coated mild steel GMAW (MIG) wires for single or multiple pass welding - 70S-6 has the highest combination of manganese and silicon deoxidizers, permitting higher welding currents with 100% CO2 shielding gas and leaving a smoother weld bead with little to zero post-weld cleanup - Especially well suited for sheet metal applications or structural plate steels that have moderate amounts of rust oil or mill scale on them - Common uses include construction work, farm implement fabrications, general shop applications with poor fit-up or rusty, oily plates, tanks,

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.18

AWS / catalog classifications: ER70S-6

Base-metal path: Carbon steel and low-alloy steel

Victory Premium E70S-6

- Victory Premium E70S-6 is our highest quality wire made from Virgin Steel not Recycled Scrap Steel - High levels of manganese and silicon deoxidizers will tolerate medium to heavy mill scale surfaces - Supports short-circuiting, globular, axial spray and pulsed spray transfer - Copper coating provides superior arc-starting characteristics for long contact tip life - Common uses include general construction, pressure vessels, frames, pipes, railway and naval sectors

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.18

AWS / catalog classifications: ER70S-6

Base-metal path: Carbon steel and low-alloy steel

Victory RG45

- Victory RG45 is a copper-coated, low-carbon steel, oxyfuel gas welding rod used for welding ordinary low carbon steel - RG45 weld deposits are ductile and porosity-free - Commonly used on steel sheets, plates, pipes, castings, and architectural projects - No flux required - AWS changed this classification from "RG" to "R" in 1969

Process: Oxy-Fuel / OFW

AWS specification family: AWS A5.2

AWS / catalog classifications: R45

Base-metal path: Carbon steel and low-alloy steel

Victory RG60

- Victory RG60 is a non-copper-coated oxyfuel gas welding rod used to produce high tensile strength welds on low carbon and low alloy steel sheets, plates, pipes of grades A and B analysis as well as structural fabrications - Recommended on critical welds that must respond to the same annealing and heat treatment as regular grades of cast steel - High levels of silicon and manganese act as deoxidizers by removing impurities from the molten metal eliminating the need for flux-no flux required

Process: Oxy-Fuel / OFW

AWS specification family: AWS A5.2

AWS / catalog classifications: R60

Base-metal path: Carbon steel and low-alloy steel

Victory Ni-55

- All position, machinable nickel-iron electrode for general maintenance welding of heavy or thick sections of cast iron where maximum strength and ductility are required - Excellent choice for welding cast iron, malleable iron, and ductile iron to itself or joining these irons to mild or carbon steel, to certain copper alloys, to stainless steel, wrought alloys, and even some higher nickel alloys - High strength weld deposits are machinable, dense, smooth, crack-free, and steel gray color

Process: Stick / SMAW

AWS specification family: AWS A5.15

AWS / catalog classifications: ENiFe-Cl

Base-metal path: Cast iron and castings

Victory Ni-55 MOD

- All position, Ferro Nickel SMAW electrode for general maintenance welding of cast irons where maximum strength and ductility are required. - Greater electrical conductivity of the Bi-Metal core prevents overheating of the second half of the electrode as well as creates an extra strong arc force to penetrate through contaminants. - Ideal for welding cast iron, malleable iron and ductile iron to itself or joining these irons to mild or carbon steel, to certain

Process: Stick / SMAW

AWS specification family: AWS A5.15

AWS / catalog classifications: ENiFe-Cl

Base-metal path: Cast iron and castings

Victory Ni-99

- All position, fully machineable cast iron electrode for repairing and "cold welding" of thin sections of cast iron - High nickel core wire generates a quiet steady arc that is extremely easy to handle even with low open circuit AC voltages; starting and restriking without sticking to the work piece has never been so easy - Weld deposit is soft and can be milled, drilled, tapped or machined yet has strength greater than the base metal and the color will match that of cast iron

Process: Stick / SMAW

AWS specification family: AWS A5.15

AWS / catalog classifications: ENi-Cl

Base-metal path: Cast iron and castings

Victory RCI

- RCI Gray Cast Iron Rod is for general fabrication, salvage, repair or building up of new or worn castings - Commonly used to repair foundry defects with excellent color match on gray cast iron. - Controlled levels of high silicon, low manganese and increased amounts of phosphorus and sulfur ensures greater fusion and tensile strength of the weld deposit - Weld deposits are machinable and have the same granular structure as gray cast iron

Process: Stick / SMAW

AWS specification family: AWS A5.15

AWS / catalog classifications: RCI

Base-metal path: Cast iron and castings

V-25

- All position, non-nickel and non-machineable alternative to expensive Nickel 55 or Nickel 99 electrodes for cast iron welding - Excellent arc stability producing non-machineable weld deposits that do not have porosity, do not crack and are many times stronger than the base metal - Weld deposits will rust when exposed to the atmosphere and give a close color match to cast iron - Typically used as a first pass weld deposit on castings that are saturated with grease, oil, paint, chemicals, and other

Process: Stick / SMAW

AWS specification family: AWS A5.15

AWS / catalog classifications: EST

Base-metal path: Cast iron and castings

Victory 44

- Victory Nickel 44 is similar to NI-55 but contains 10-14% Manganese (Mn) which increases the fluidity of the weld puddle and at the same time increases the crack resistance of the weld deposit - The addition of Manganese (Mn) gives this filler metal increased tensile strength and ductility on the higher strength grades of nodular and gray cast irons which NI-55 can't match - Manganese allows the weld deposit to work harden making Victory Nickel 44 an ideal wire to use on bearing surfaces and as a buffer layer for

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.15

AWS / catalog classifications: ERNiFeMn-CI

Base-metal path: Cast iron and castings

Victory 55

- Victory 55 is for MIG or TIG welding of cast iron, malleable iron and ductile iron to itself or joining these irons to mild or carbon steel, to certain copper alloys, to stainless steel, wrought alloys, and even some higher nickel alloys - Weld deposits are machineable, dense, smooth, crack-free and steel gray "cast iron" in color - Ideal for joining "Meehanite," "Ni-Resist" ductile iron to steel, especially on thick or heavy sections where maximum strength and ductility are required

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.15

AWS / catalog classifications: ENiFe-CI

Base-metal path: Cast iron and castings

Victory 99

- Fully machineable MIG or TIG high nickel wire for repairing and "cold welding" thin sections of cast iron - Weld deposit is soft and can be milled, drilled, tapped or machined, yet has strength greater than the bare metal and a color match to cast iron - Excellent wire for build-up and welding of gray, malleable and ductile cast iron to itself or for joining these cast iron types to mild and carbon steel, stainless steel, copper alloys and to copper-nickel Monel alloys

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNi-CI

Base-metal path: Cast iron and castings

Victory 70S-B2L

- Victory 70S-B2L is a copper-coated chrome-moly wire that is chemically identical to Victory 80S-B2 but with a lower carbon content (0.05% max) which causes lower strength, lower hardness of the deposit but provides greater resistance to cracking and sometimes increases corrosion resistance - Victory 70S-B2L is the GMAW (MIG) and GTAW (TIG) equivalent to Victory 7018B2L SMAW stick electrodes - Commonly used for welding 1 Cr - Mo steels exposed to high pressure and temperatures usually associated with power plants or boiler piping,

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.28

AWS / catalog classifications: ER70S-B2L

Previous classifications noted by Victory: ER80S-B2L

Base-metal path: Chrome-moly and low-alloy steel

Victory 80S-B2

- Victory 80S-B2 is copper-coated chrome-moly wire used for welding Cr - Mo, 1 Cr - Mo, and 1 Cr - Mo steels found in high temperature and corrosive service equipment - 80S-B2 is the GMAW (MIG) and GTAW (TIG) equivalent to Victory 8018B2 SMAW stick electrodes - Victory 80S-B2 can also be used for joining dissimilar combinations of Cr - Mo and carbon steels - Common applications include steam power generation equipment, boiler and heat exchanger steel tubes, marine equipment, chemical processing

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.28

AWS / catalog classifications: ER80S-B2

Base-metal path: Chrome-moly and low-alloy steel

Victory 80S-B3L

- Victory 80S-B3L is a copper-coated chrome-moly wire that is chemically identical to Victory 90S-B3 but with a lower carbon content (0.05% max) which causes lower strength, lower hardness of the deposit but provides greater resistance to cracking and sometimes increases corrosion resistance - Victory 80S-B3L is the GMAW (MIG) and GTAW (TIG) equivalent to Victory 8018B3L SMAW stick electrodes - Commonly used for welding 2 Cr - 1 Mo steels exposed to high pressure and temperatures found in power plants or boiler pipes, oil refining

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.28

AWS / catalog classifications: ER80S-B3L

Previous classifications noted by Victory: ER90S-B3L

Base-metal path: Chrome-moly and low-alloy steel

Victory 80S-B6

- Victory 80S-B6 (formerly classified as a stainless under AWS A5.9 ER502) is a 5% chrome - % molybdenum GMAW (MIG) and GTAW (TIG) wire for welding pipes and tubing of similar analysis - Commonly used to weld ASTM grades A182-F5/F5a, A336-F5/F5a, A199-T5, A200-T5, A213-T5, A335-P5, A369-FP5, A426-CP5, A217-C5 and A387-Gr. 5; all of these within the oil and chemical industries - Victory 80S-B6 is an air-hardening alloy and requires a preheat and interpass temperature of 350 - 450 F; postweld heat

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.28, AWS A5.9

AWS / catalog classifications: ER80S-B6

Previous classifications noted by Victory: ER502

Base-metal path: Chrome-moly and low-alloy steel

Victory 80S-B8

- Victory 80S-B8 (formerly classified as a stainless under AWS A5.9 ER505) is a 9% chrome - 1% molybdenum GMAW (MIG) and GTAW (TIG) wire for welding pipes and tubing of similar analysis - Most of the applications for 80S-B8 have been replaced with 90S-B9, however Victory 80S-B8 is still used in high temperature piping, high pressure steam piping, ASTM A213-T91 tubing, A335-P91 pipe and A387 Gr. 91 plate - Preheating and an interpass temperature of 400 - 500 F is required; postweld heat treatment (PWHT) of 1350 - 1400 F for

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.28, AWS A5.9

AWS / catalog classifications: ER80S-B8

Previous classifications noted by Victory: ER505

Base-metal path: Chrome-moly and low-alloy steel

Victory 80S-D2

- Victory 80S-D2 is a copper-coated low alloy steel wire for GMAW (MIG) and GTAW (TIG) welding of high sulfur bearing (free-machining) steels and difficult-to- weld carbon and low alloy steels - Wire chemistry includes manganese and silicon which act as deoxidizers to control porosity when welding with 100% CO 2 shielding gas; addition of 0.5% molybdenum for increased strength results in a weld deposit with high ductility, excellent impact values and a tensile strength in the 100,000 psi range - Victory 80S-D2 performs best with the short-circuiting process giving excellent arc stability, low spatter and radiographic (x-ray) quality welds on steel with a

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.28, AWS A5.18

AWS / catalog classifications: ER80S-D2

Previous classifications noted by Victory: ER70S-1B

Base-metal path: Chrome-moly and low-alloy steel

Victory 80S-Ni1

- Victory 80S-Ni1 is a copper-coated 1% nickel-steel wire used for welding low alloy, high strength steels requiring good toughness at temperatures as low as -50 F (-45 C) such as found in cryogenic equipment - 80S-Ni1 is the GMAW (MIG) and GTAW (TIG) equivalent to Victory 8018C3 SMAW stick electrode - Typical applications include quenched and tempered steels such as ASTM A514, A516, A517, Cor-ten, Mayari-R, LT75, N-A-Z High Tensile, V- 55, and Yoloy HS in military and commercial applications

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.28

AWS / catalog classifications: ER80S-Ni1

Base-metal path: Chrome-moly and low-alloy steel

Victory 80S-Ni2

- Victory 80S-Ni2 is a copper-coated 2% nickel-low alloy steel wire used for applications where notch toughness at temperatures as low as -80 F (-60 C) are required - 80S-Ni2 is the GMAW (MIG) and GTAW (TIG) equivalent to Victory 8018C1 SMAW stick electrode - Typical applications involve low temperature environments such as in the fabrication of vessels transporting liquid ammonia, propane and other gases; 80S-Ni2 is also used on weathering steel, shipbuilding and offshore platform rigging

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.28

AWS / catalog classifications: ER80S-Ni2

Base-metal path: Chrome-moly and low-alloy steel

Victory 90S-B3

- Victory 90S-B3 is a copper-coated chrome-moly wire for welding 2 Cr - 1 Mo steels used for high temperature/high pressure piping and pressure vessels - Victory 90S-B3 is the GMAW (MIG) and GTAW (TIG) equivalent to Victory 9018B3 SMAW stick electrode - Victory 90S-B3 can also be used for joining dissimilar combinations of Cr-Mo and carbon steels - Common applications include piping steels (A335-P22), rolled steels (A387-D), boiler and heat exchanger steel tubes (A199-T22, A200-T22, A213-

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.28

AWS / catalog classifications: ER90S-B3

Base-metal path: Chrome-moly and low-alloy steel

Victory 90S-B9

- Victory 90S-B9 is a chrome-moly wire containing 9% chromium - 1% molybdenum, modified with niobium and vanadium to provide strength, toughness, fatigue life, oxidation resistance and corrosion resistance at elevated temperatures - Primarily designed for welding martensitic P91 chrome-moly steels in header systems, this alloy essentially replaces stainless and ferritic steels for many applications involving elevated temperatures - Victory 90S-B9 is now used in high temperature (1040 - 1112 F) piping, high pressure (up to 4000 psi) steam piping, ASTM A213-T91 tubing, A335-P91 pipe and

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.28

AWS / catalog classifications: ER90S-B9

Base-metal path: Chrome-moly and low-alloy steel

Victory 81T1-B2

- Victory 81T1-B2 is a gas shielded flux-cored wire for welding 1 % chromium- % molybdenum steels such as A387 Gr. 11 plate and A335 P11 Pipe - Designed for all-position single or multiple pass welding with 75%Ar/25%CO or 100% CO shielding gas - Excellent usability with a stable arc, low spatter, great bead appearance with easy slag removal and much lower fume than solid wire versions

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.29/5.36

AWS / catalog classifications: E81T-B2C/B2M

Base-metal path: Chrome-moly and low-alloy steel

Victory 81T1-Ni1

- Victory Flux-Cored 81T1-Ni1 is a gas shielded flux cored wire containing 1% Nickel developed for all position welding of carbon and low alloy steels requiring good charpy v-notch impact values at sub-zero temperatures and where an 80,000 psi tensile strength is sufficient - May be used in single or multiple pass applications generating a smooth arc with very little spatter - Fast freezing weld puddle facilitates the all position capability of Victory Flux-Cored 81T1-Ni1

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.29/5.36

AWS / catalog classifications: E81T-Ni1C/M-JH4

Base-metal path: Chrome-moly and low-alloy steel

Victory 91T1-B3

- Victory 91T1-B3 is a gas shielded flux-cored wire for welding 2-1/4 Chromium- 1% Molybdenum steels such as ASTM A182 Gr. F21, F22, F22a, A193 Gr. B16, A213 Gr. T22, A250 Gr. T22, A336 Gr. F21, F22, A356 Gr. 10, A387 Gr. 21, 22, A389 Gr. C24, A542 Gr. 2A, 2B, A691 Gr. 12 - A Titania type flux designed for all-position welding with 75%Ar/25%CO or 100%CO Shielding Gas - Excellent usability with a stable arc, very low spatter, great bead appearance with easy slag removal and much lower fume

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.29/5.36

AWS / catalog classifications: E91T1-B3C/B3M

Base-metal path: Chrome-moly and low-alloy steel

Victory 91T1-B91

- All position 9% Cr - 1% Mo gas shielded flux cored wire for welding martensitic P91 chrome-moly steels such as A387 Gr 91 plate, A335 P91pipe, A212-T91 tubing, A182-F91 forgings and 9Cr-1Mo fittings and castings - Victory 91T1-B91 is a low hydrogen wire modified with niobium, vanadium and a controlled nitrogen content which produces weld deposits with increased notch toughness, longer fatigue life, oxidation and corrosion resistance at higher temperatures along with greater creep resistance.

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.29/5.36

AWS / catalog classifications: E91T1-B9M-H4

Base-metal path: Chrome-moly and low-alloy steel

Victory 4130

- Victory 4130 is a copper-coated low alloy, high strength GMAW (MIG) and GTAW (TIG) wire used for welding SAE 4100 series, 8630 and other heat-treatable steels with similar hardening characteristics - Weld deposit is dense, heat treatable and has extremely high tensile and yield strengths - Preheating and interpass temperature of 400 - 600 F will prevent the spread of cracks; postweld heat treatment (PWHT) by reheating, then oil-quenching at 1600 F followed by tempering at 950 F will give the highest tensile and yield strengths

Process: MIG / GMAW · TIG / GTAW

Base-metal path: Chrome-moly and low-alloy steel

Victory 4140MC

- Victory 4140MC is a metal cored chrome-moly steel wire for welding AISI/SAE 4140 and other medium carbon, low alloy steels requiring flame hardening - Weld deposits are heat-treatable, and their tensile strength will be determined by the preheat/interpass temperature, cooling rate and heat treatment - Commonly used in foundries to buildup and repair all types of dies, forgings, and high tensile castings

Process: MIG / GMAW

Base-metal path: Chrome-moly and low-alloy steel

Victory 4340MC

- Victory 4340MC is a metal cored Ni-Cr-Mo steel wire for welding AISI/SAE 4140, 4340 and 4330 and other heat-treatable alloys and base metals requiring flame hardening - Weld deposits are heat-treatable and their tensile strength will be determined by the preheat/interpass temperature, cooling rate and heat treatment - Victory 4340MC weld deposits match the hardening characteristics of AISI/SAE 4340

Process: MIG / GMAW

Base-metal path: Chrome-moly and low-alloy steel

Victory 8620

- Victory 8620 is a Ni-Cr-Mo low alloy steel wire for GTAW (TIG) joining, building up and repairing medium alloy steels where a high tensile strength of up to 105,000 psi is required; Examples include ASTM A1031, A322, A434, A507, A689, A711 and many more- all requiring an 8620 filler metal - Excellent to use as a cushion layer prior to subsequent hardsurfacing utilizing a filler metal with a higher carbon base - For buildup welding on 8620 steel plates, forgings and castings as well as the fabrication of low alloy steel pipes and pressure

Process: TIG / GTAW

Base-metal path: Chrome-moly and low-alloy steel

Victory EB-2

- EB-2 sometimes referred to as 515 is a 1 chromium - molybdenum submerged arc wire that can be used with an agglomerated or fused flux; subarc version of GMAW/GTAW ER80S-B2 - Welding of chrome-moly steels of similar composition such as A335-P2, P11, P12, A119-T11, A301-B, A217-WC6 and A182-F11 commonly found in oil refinery equipment - Other applications include steam power generation equipment, boiler and heat exchanger steel tubes, marine equipment,

Process: Submerged Arc / SAW

AWS specification family: AWS A5.23

AWS / catalog classifications: EB2

Base-metal path: Chrome-moly and low-alloy steel

Victory 100S-1

- Victory 100S-1 is a copper-coated low alloy, high strength steel wire originally developed for welding HY-80 and HY-100 steels for military applications - This wire is perfectly suited for structural applications where higher tensile strength, impact resistant weld deposits that maintain their toughness down to -60 F (-50 C) are required such as in cryogenic applications - It is not required to do any preheat, interpass or postweld heat treatment with Victory 100S-1; however, preheating and maintaining an

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.28

AWS / catalog classifications: ER100S-1

Base-metal path: Chrome-moly and low-alloy steel

Victory 110S-1

- Victory 110S-1 is a copper-coated low alloy, high strength steel wire originally developed for welding HY-100 steel plates used in military applications - ER110S-1 is the GMAW (MIG) or GTAW (TIG) equivalent to SMAW electrode Victory 11018M - For welding quenched and tempered steels such as ASTM A514 and A517, HY-80, HY-100, T-1 and SSS-100 - Victory 110S-1 weld deposits exhibit high tensile strengths and retain their toughness down to -60 F (-50 C) - Common applications include low alloy castings, pressure vessels and military equipment

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.28

AWS / catalog classifications: ER110S-1

Base-metal path: Chrome-moly and low-alloy steel

Victory 110T5-K4

- Victory 110T5-K4 is a low alloy flux cored wire for welding 110,000 psi high tensile steels where a good low temperature notch toughness is required - Designed for use with either CO2 or mixed gas, this wire is for flat or horizontal positions only - Welding characteristics include a smooth arc, low spatter, good weldability and good bead appearance - Excellent on low alloy quenched and tempered high strength steels such as T-1, HY-100, ASTM A514, A517 and Q690 Grade

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.29, AWS A5.36

AWS / catalog classifications: E110T5-K4C, E110T5-M21A6-K4-H4

Base-metal path: Chrome-moly and low-alloy steel

Victory 111T1-K3

- Victory 111T1-K3 is a low alloy flux cored wire for all-position, single or multiple pass welding of specific high tensile steels requiring a minimum tensile strength of 110,000 psi - Designed for use with either CO2 or a 75%Ar/25%CO2 shielding gas - Weld deposit will contain 2% Nickel (Ni) and has good impact values at low temperatures - Victory 111T1-K3 offers higher deposition rates than the comparable 11018M SMAW electrodes

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.29, AWS A5.36

AWS / catalog classifications: E111T1-K3C, E111T1-C1A0-K3-H4

Base-metal path: Chrome-moly and low-alloy steel

Victory 120S-1

- Victory 120S-1 is a copper-coated low alloy, high strength steel wire for applications where yield strength, notch toughness and ductility are required at the highest level - ER120S-1 is the GMAW (MIG) or GTAW (TIG) equivalent to SMAW electrode Victory 12018M - Common applications of Victory 120S-1 wire include the fabrication of penstocks, pressure vessels, fork-lift tongs, and machinery parts of ASTM A148 Gr. 120-95, A238 Gr. F, A291 class 4 and A514

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.28

AWS / catalog classifications: ER120S-1

Base-metal path: Chrome-moly and low-alloy steel

Victory 120T5-K4C

- Victory 120T5-K4C is a low alloy flux cored wire for welding 120,000 psi high-strength, low-alloy (HSLA) steels as well as quenched & tempered (Q&T) steels. - *Weld deposits yield low temperature notch toughness with very high ductility which minimizes the risk of cracking in critical applications and repairs. - *Common applications include A514 - any grade, HY-80, HY-100, HSLA-80, HSLA-100

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.29

AWS / catalog classifications: E120T5-K4C H4

Base-metal path: Chrome-moly and low-alloy steel

Victory Aluminum Bronze A-2

- Victory Aluminum Bronze A-2 is a copper based alloy containing 9% aluminum and 1% iron which is used for MIG or TIG welding and joining of various copper, copper-nickel, copper zinc and bronze alloys as well as to dissimilar ferrous metals such as galvanized steel or cast iron - Most common dissimilar metal combinations are aluminum bronze to steel and copper to steel - Excellent for building-up or overlaying parts exposed to frictional wear or corrosive media such as salt, alkalies and some acids - Weld deposits have high mechanical properties such as tensile strength, yield strength and hardness

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.7

AWS / catalog classifications: ERCuAl-A2

Base-metal path: Copper and copper alloys

Victory Bronze 40

- Victory Bronze 40 is a copper-manganese-nickel-aluminum bronze MIG and TIG wire which produces a weld deposit with greater toughness and work hardening capabilities than NIBRAL - Excellent for joining and surfacing similar alloys as well as dissimilar combinations of copper, bronze or brass alloys, unalloyed and low alloy steel or gray cast iron exposed to corrosion, erosion and cavitation effects of salt or brackish water - Common applications include ship propellers, seawater desalination equipment, marine components and ship building

Process: MIG / GMAW · TIG / GTAW · Hardfacing / Surfacing

AWS specification family: AWS A5.7

AWS / catalog classifications: ERCuMnNiAl

Base-metal path: Copper and copper alloys

Victory Deox Copper

- Victory Deox Copper has the highest copper content of all the copper based alloys and is used to overlay, build-up or fabricate electrolytic tough pitch or oxygen-free copper where the best combination of electrical conductivity mechanical properties and corrosion resistance is required - Contains a minimum of 98% copper with the remaining 2% consisting of residual elements of phosphorus, silicon, tin, manganese and silver; phosphorus and silicon act as the deoxidizers while the other residual elements contribute to ease of welding or to enhance weld metal properties - Victory Deox Copper can be used in MIG, TIG or oxyacetylene processes to weld copper, copper alloys, copper to mild steel,

Process: MIG / GMAW · TIG / GTAW · Oxy-Fuel / OFW

AWS specification family: AWS A5.7

AWS / catalog classifications: ERCu

Base-metal path: Copper and copper alloys

Victory Low-Fuming Bronze

- Victory LFB (bare low fuming bronze) and LFBFC (flux-coated bronze) are general purpose oxyacetylene/brazing rods used for joining various ferrous and non ferrous metals such as carbon steel, copper alloys, cast iron, malleable iron, stainless steel and some nickel alloys - Mechanical and physical characteristics include ductility, machineability, high strength, free flowing with good tinning action and a low melting point

Process: TIG / GTAW · Oxy-Fuel / OFW · Brazing / Braze Welding

AWS specification family: AWS A5.8, AWS A5.27

Previous classifications noted by Victory: RBCuZn-C

Base-metal path: Copper and copper alloys

Victory Low-Fuming Bronze (Flux Coated)

- Victory LFB (bare low fuming bronze) and LFBFC (flux-coated bronze) are general purpose oxyacetylene/brazing rods used for joining various ferrous and non ferrous metals such as carbon steel, copper alloys, cast iron, malleable iron, stainless steel and some nickel alloys - Mechanical and physical characteristics include ductility, machineability, high strength, free flowing with good tinning action and a low melting point

Process: TIG / GTAW · Oxy-Fuel / OFW · Brazing / Braze Welding

AWS specification family: AWS A5.8, AWS A5.27

Previous classifications noted by Victory: RBCuZn-C

Base-metal path: Copper and copper alloys

Victory Manganese Bronze

- Victory Manganese Bronze, also referred to as "Nickel Bronze," is a copper-zinc filler metal for brazing or oxyacetylene welding of steel, cast iron, copper, copper alloys, nickel, nickel alloys and stainless steel - Manganese Bronze differentiates itself from Naval Bronze by adding iron and manganese which serve to increase hardness and strength; a small amount of silicon (0.04 - 0.15%) has also been added to control the vaporization of zinc which gives it a sort of low fuming characteristic; nickel has also been added (0.2 - 0.8%) to ensure uniform distribution of iron in the deposit

Process: Oxy-Fuel / OFW · Brazing / Braze Welding

AWS specification family: AWS A5.8, AWS A5.27

Previous classifications noted by Victory: RBCuZn-B

Base-metal path: Copper and copper alloys

Victory Naval Bronze

- Victory Naval Bronze is a copper-zinc filler metal for brazing or oxyacetylene welding of steel, copper, copper alloys, nickel, nickel alloys, cast iron and sometimes stainless steel if corrosion resistance is not a concern - Naval Bronze used to be referred to as "Tobin Bronze" and differs from LFB by having less iron, less manganese and less silicon - Commonly used on ship or boat repairs for its ease of use and color match

Process: Oxy-Fuel / OFW · Brazing / Braze Welding

AWS specification family: AWS A5.8, AWS A5.27

Previous classifications noted by Victory: RBCuZn-A

Base-metal path: Copper and copper alloys

Victory NIBRAL

- Victory NIBRAL is a copper-nickel-aluminum bronze MIG and TIG wire used primarily in off-shore applications such as ship propellers and sea water desalination equipment as well as power plant and chemical industry pumps and tube systems - NIBRAL is highly resistant to corrosion, erosion and cavitation in salt or brackish water - Preheating is not required on parts less than " thick, however on parts larger than " thick, a preheat and interpass temperature not exceeding 300 F (149 C) is recommended; allow the part to cool slowly to ambient temperature

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.7

AWS / catalog classifications: ERCuNiAl

Base-metal path: Copper and copper alloys

Victory Nickel-Silver

- Victory Nickel Silver is a copper-zinc filler metal containing 10% nickel and used for brazing or oxyacetylene welding of steel, cast iron, Inconel , Monel , bronze, copper and copper-nickel - Weld deposits are "thin flowing," exhibit high tensile strength, good ductility and excellent corrosion resistance; machineable as welded but work hardens when put into service - Commonly used for building up and overlaying worn parts such as gear teeth, bearings and valve seats

Process: TIG / GTAW · Oxy-Fuel / OFW · Brazing / Braze Welding

AWS specification family: AWS A5.8, AWS A5.27

Previous classifications noted by Victory: RBCuZn-D

Base-metal path: Copper and copper alloys

Victory Nickel-Silver (Flux Coated)

- Victory Nickel Silver is a copper-zinc filler metal containing 10% nickel and used for brazing or oxyacetylene welding of steel, cast iron, Inconel , Monel , bronze, copper and copper-nickel - Weld deposits are "thin flowing," exhibit high tensile strength, good ductility and excellent corrosion resistance; machineable as welded but work hardens when put into service - Commonly used for building up and overlaying worn parts such as gear teeth, bearings and valve seats

Process: TIG / GTAW · Flux-Cored / FCAW · Oxy-Fuel / OFW · Brazing / Braze Welding

AWS specification family: AWS A5.8, AWS A5.27

Previous classifications noted by Victory: RBCuZn-D

Base-metal path: Copper and copper alloys

Victory Phos-Bronze C

- Victory Phos-Bronze C is a copper based filler metal containing 8% tin (Sn) used for joining steel and cast iron to copper, brass and bronze - The presence of tin increases the wear resistance of the weld metal and slows the rate of solidification by expanding the temperature differential between liquidus and solidus; phosphorus acts as a deoxidizer - Phos-Bronze C is sometimes referred to as "gun metal" - Excellent color match on bronze

Process: MIG / GMAW · TIG / GTAW · Hardfacing / Surfacing

AWS specification family: AWS A5.7

AWS / catalog classifications: ERCuSn-C

Base-metal path: Copper and copper alloys

Victory Silicon-Bronze

- Victory Silicon Bronze (aka "Everdur" 656) is a copper alloy wire containing 3% silicon and used for GMAW, GTAW or oxyacetylene welding of copper, brass, bronze, steel and cast iron - Silicon Bronze is best known for welding plain or galvanized steel sheet metal in the manufacturing of steel cabinets, metal furniture and ductwork - Weld deposits demonstrate high strength, excellent corrosion resistance and good weldability, making this wire suitable for surfacing parts in corrosive environments

Process: MIG / GMAW · TIG / GTAW · Oxy-Fuel / OFW · Hardfacing / Surfacing

AWS specification family: AWS A5.7

AWS / catalog classifications: ERCuSi-A

Base-metal path: Copper and copper alloys

Victory Flux Cored Aluminum Rods

- Victory Flux-Cored-AL is a tubular aluminum rod containing an extremely active flux which is protected from atmospheric moisture and contamination - During use, a precise amount of filler metal to flux ratio is released into the joint area, thereby assuring excellent control of the weld bead, enabling out-of-position welding - Easily applied using an oxy-acetylene torch over a wide range of temperatures; at high temperatures, Victory Flux-Cored-AL

Process: Oxy-Fuel / OFW

Base-metal path: Aluminum and aluminum alloys

Victory Copper Coated Gouging Carbon

- Victory Copper-Coated Arc Gouging Carbons are designed to be used in the carbon-arc metal removal process which melts metal with an electric arc then blows it away with a jet of compressed air supplied by an ordinary shop air compressor - Special balance of carbon and graphite ingredients covered with a thin, high purity copper coating ensures high conductivity and arc stability regardless of the current and heating - Victory Copper-Coated Arc Gouging Carbons are used on most metals including carbon steel, stainless steel, copper,

Process: Catalog support product

Base-metal path: Catalog support product

Catalog support product: this is not an AWS filler-metal recommendation.

Chamfer Rod

- Metal working electrode for surface preparation procedures such as beveling, grooving, scarfing and gouging excess metal on ferrous and non-ferrous metals - Operates on AC or DC- (straight polarity) welding machines without the need for an air compressor or expensive shielding gases - Ideal for production or maintenance operations where excess or unwanted metal needs to be removed on

Process: Stick / SMAW

Base-metal path: Maintenance, repair, or specialty alloys

Cut Rod

- Metal working electrode for cutting or piercing all metals including carbon steel, stainless steel, nickel, copper, brass, bronze, cast iron, aluminum, and all ferrous and non-ferrous metals - Operates on AC or DC- (straight polarity) welding machines without the need for an air compressor or expensive shielding gases - Easy to use and produces clean cuts in nearly all metals except magnesium; excellent re-striking

Process: Stick / SMAW

Base-metal path: Maintenance, repair, or specialty alloys

SUPER 80GP

- Super 80GP is an easy-to-use teal/ turquoise color stick electrode specifically developed for the maintenance welder using any AC or DC welding machines, even those with very low open circuit voltage. The ideal "buzz box" electrode - Excellent for out-of-position tack and point-by-point welding but still has a strong arc force capable of welding medium, heavy and dissimilar gauge carbon steels. - Special flux coating promotes outstanding restrike making Super 80GP the perfect contact electrode for short, intermittent,

Process: Stick / SMAW

Base-metal path: Maintenance, repair, or specialty alloys

SuperMang

- A 13% manganese, 4% nickel - 4 % chromium electrode for joining manganese and building up parts subjected to extreme impact, compression and abrasion - For welding, joining and overlay of manganese to manganese or to dissimilar alloy steels producing a work-hardening weld deposit that takes on "armoring" characteristics - Austenitic manganese weld deposits have extreme resistance to hot-cracking where contraction strains cannot be stress-

Process: Stick / SMAW · Oxy-Fuel / OFW

Base-metal path: Maintenance, repair, or specialty alloys

Super Tensile Blue

- Perfect wire to use when the type of steel is unknown (works on most ferrous metals) - Excellent MIG or TIG wire for joining or overlaying all types of steels - high alloy steels, high carbon steel, manganese steel, tool steels, stainless steels, and dissimilar steels - Weld deposits exhibit superior wear, impact, heat, and corrosion-resistant properties - Weld deposits are machinable but can't be flame cut

Process: MIG / GMAW · TIG / GTAW · Stick / SMAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory V-25

Victory V-25 is listed by Victory Welding Alloys under Maintenance & Repair Alloys. Review the cited data sheet and packaging document for the exact application, classification, diameter, and package details.

Process: Catalog support product

Base-metal path: Catalog support product

Catalog support product: this is not an AWS filler-metal recommendation.

Victory V-345

- V-345 is for production or maintenance and repair welding on all weldable grades of aluminum sheets, plates, pipes, castings, and extrusions with a minimum of 3/32" thickness - Special extruded coating is dense and without the air holes found in cheaper dip coated electrodes - Can be used as a SMAW-stick electrode or as an oxyacetylene brazing rod - Very easy to use with an exceptionally stable arc, operating at low amperages with a very minimal amount of spatter or

Process: Stick / SMAW · Oxy-Fuel / OFW · Brazing / Braze Welding

AWS specification family: AWS A5.3

AWS / catalog classifications: E4043

Base-metal path: Maintenance, repair, or specialty alloys

Victory V-450

- Victory V-450 is a martensitic low hydrogen type SMAW electrode for weldable steels such as #132 Rail, 1080 or 1020 steel where excellent toughness and abrasion resistance is required - Not for use on austenitic stainless steels or manganese steel - Suitable for hard surfacing heavy duty metal-to-metal abrasion with light impact on railroad frogs & switch points, low alloy steel railroad crossovers, crane wheels and bulldozer undercarriage idlers, rollers, sprockets

Process: Stick / SMAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory V-521

- Multi-purpose Phosphor-Bronze SMAW electrode for joining steel and cast-iron parts to copper, brass, bronze and gun metal - Excellent for overlays on shafts, pumps, propeller and impeller blades especially those exposed to salt water and chemicals - Commonly used for building up bearing journals and frictional wear surfaces on heavy sections

Process: Stick / SMAW

AWS specification family: AWS A5.6

AWS / catalog classifications: ECuSn-C

Base-metal path: Maintenance, repair, or specialty alloys

Victory V-618

- Aluminum bronze SMAW electrode for joining and overlaying aluminum bronze, high strength copper-zinc alloys, silicon bronze, manganese bronze, some nickel alloys, bronze to steel and cast iron - Excellent choice on parts exposed to frictional wear in corrosives such as salt water, alkalies and some acids - Weld deposits are strong, dense, ductile and crack free in many ferrous and non-ferrous combinations of dissimilar metals; weld deposits are fully machineable

Process: Stick / SMAW

AWS specification family: AWS A5.6

AWS / catalog classifications: ECuAl-A2

Base-metal path: Maintenance, repair, or specialty alloys

Victory V-300

- A multi-purpose electrode for building up worn surfaces on most ferrous materials subjected to abrasion, impact, and corrosion - Weld deposit exhibits exceptional shock and impact resistance making it a perfect underlayment electrode to use prior to hard-facing overlays - Weld deposits are durable, medium-hard and easily machineable in the as-welded condition

Process: Stick / SMAW

Base-metal path: Maintenance, repair, or specialty alloys

Victory V-700

- A general purpose hardfacing electrode offering a balance of abrasion and impact resistance - Commonly used "on the farm" where it is often called "hard rod" and used to buildup or surface worn parts of steel, cast steel and manganese steels on farm equipment - Weld deposits have a martensitic structure that requires no heat treatment in order to achieve maximum strength, ductility or wear resistance

Process: Stick / SMAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory V-800

- All-position, AC/DC hardfacing electrode for mild, carbon or alloy steel, and manganese steel subjected to severe abrasion, considerable impact, and requiring corrosion resistance - High deposition efficiency and easy slag removal reveals an extremely hard martensitic weld deposit which is not machineable in the as-welded condition - Commonly used on excavation equipment, dipper and bucket teeth, mill hammers, concrete mixer blades, plow

Process: Stick / SMAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory V-900

- A 13% manganese electrode for buildup or overlay deposits on high manganese and alloy steels subjected to heavy impact with moderate abrasion - Smooth running electrode with high deposition efficiency producing an austenitic weld deposit with greater ductility and high work hardening capabilities - Weld deposits are machineable in the as-welded condition but not after put into service where the deposit work

Process: Stick / SMAW

Base-metal path: Maintenance, repair, or specialty alloys

Victory V-950

- Massive Tungsten Carbide structure produces extremely hard deposits-up to HRC 69 - Contains up to 48% tungsten (W) and 3% carbon (C) - For applications involving severe earth abrasion with low impact such as oil drilling, mining, dredging, cement and concrete equipment - Excellent on surfaces worn by moving cement, gravel, sand, slag, coke or coal

Process: Stick / SMAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory V-937S

- Victory V-937S is an air-hardening tool steel for repair and overlay of "A" and "D" high chrome, high carbon grades of tool steels and dies. - More shock resistant than a D-2 tool steel and more abrasion-resistant than a S-7. - The as-welded hardness of Victory V-937S makes it a good choice for hardfacing steels where metal to metal abrasion and mild steel impact resistance is required.

Process: Stick / SMAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory V-963

- A 30% chromium - 4% carbon hardfacing electrode for overlaying carbon, low alloy or austenitic manganese steels in severe abrasion, moderate impact environments - Weld deposit is a tough austenite-carbide matrix with oxidation resistance up to 1800 F and wear resistance up to 1200 F - Excellent wear resistance in metal to metal sliding and grinding abrasion application such as in rolling mill guides - Easy to use on AC or DC machines with a wide range of amperage settings allowing for high deposition efficiency and easy

Process: Stick / SMAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory V-148

- V-148 is an austenitic high chromium carbide electrode containing nickel and molybdenum which produce weld - deposits with superior corrosion, heat, and metal-to-metal wear resistance at temperatures up to 1200 F - Excellent welder appeal due to ease of arc manipulation, quiet steady arc, superb wetting action and easy slag - removal resulting in weld deposits that have the appearance of stainless steel - V-148 is an excellent choice to overlay high temperature & high-pressure valves, hot molds, shears, shovels,

Process: Stick / SMAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory V-965

- Hardsurfacing AC/DC stick electrode developed for surfacing agricultural machinery parts such as plowshares and other equipment subjected to extreme earth abrasion but with minimal impact - Weld deposits of V-965 exhibit exceptional wear resistance at operation temperatures up to 900 F and excellent oxidation resistance at 1800 F - The Niobium (Nb) content in the flux of V-965, combines with the other alloying contents to create Niobium carbide which

Process: Stick / SMAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory V-1200

- Victory V-1200 is an all-position hot work tool steel for wearfacing LaBounty Shears as well as overlaying insert dies, hammer dies, impression welds on press forging dies and many other A.I.S.I. hot work tool steels and wearing surfaces - Deposits are porous-free and high density with excellent heat, spalling and severe crushing resistance while maintaining ideal edge retention properties

Process: Stick / SMAW

Base-metal path: Maintenance, repair, or specialty alloys

Multipack Electrode Kit

R There is no substitute for Victory! MULTIPACK WELDING ELECTRODE SELECTION KIT INCLUDES 5 HIGH-DEMAND ELECTRODES Super Tensile Blue Dissimilar Steels/Stud Removal Super 80GP

Process: Catalog support product

Base-metal path: Catalog support product

Catalog support product: this is not an AWS filler-metal recommendation.

Victory 350HT

- Victory Flux-Cored 350HT is a general-purpose flux-cored wire primarily intended as a buildup or final overlay on carbon and low alloy steel where good "metal to metal" wear resistance is required but with a weld deposit that remains machineable in the "as welded" condition - Victory Flux-Cored 350HT offers a good balance of impact and abrasion resistance with no limit as to the deposit thickness - Weld deposits are martensitic in structure; they are strong, tough, sound, and dense; they can be used as an intermediate or

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory 600HT

- Victory Flux-Cored 600HT flux-cored GMAW (MIG) wire produces martensitic weld deposits with heavy impact, high abrasion, and corrosion resistance on carbon, low alloy, and manganese steel - Excellent choice for overlaying surfaces that are subjected to severe impact and pounding such as railroad frogs and switches, rail cross-overs, hammermill hammers, impact breaker bars, bucket lips and teeth, extruder screws, steel mill wobblers and coupling boxes

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory 700HT

- Victory Flux-Cored 700HT is a flux-cored hardsurfacing GMAW (MIG) wire producing martensitic weld deposits that are harder than Victory Flux-Cored 600HT. - Victory Flux-Cored 700HT is primarily used where conditions of high metal to metal abrasion exists on carbon, low alloy and even manganese steel on tools, knives or surface hardened components. - Deposit thickness is unlimited with proper preheat, interpass temperature and any post-weld heat treatment (if required by

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory HCO

- Victory HCO is a self-shielded open-arc flux-cored wire for hardfacing applications involving severe abrasion with minimal impact - Wire consists of an iron base sheath containing chromium-carbides in an austenite carbide matrix - Common applications include glass crushing and grinding equipment, earth moving equipment as well as scraper blades, screw conveyors, dredge pumps and impellers, and roasting mill plows

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Super Tensile Blue (STB) Open Arc FLux-Cored Wire

- Super Tensile Blue (STB) Open Arc Flux Cored Wire is the perfect wire to use for outdoor welding where windy conditions prevent the use of shielding gas. - This self-shielded wire is excellent to use for joining dissimilar steels including high alloys steels, high carbon steels, manganese steel, tool steel and stainless steel. - Weld deposits exhibit superior wear, impact, heat and corrosion resistant properties.

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory HFW 30MC

- Victory HFW 30MC is a metal-cored build-up wire for carbon and low alloy steels where compressive strength and medium hardness is desired - Weld deposits provide good metal-to-metal wear resistance and are still machinable in the "as-welded" condition. - Common uses include a build-up or final overlay on undercarriage parts on earthmoving and mining equipment,

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory HFW 35FC

- Victory HFW 35FC is a flux-cored Cr-Ni-Mo wire for repair and buildup of wrought and cast steel such as the repair and reclamation of hammer dies and forging die applications - Can also be used for joining hardenable steels such as 4140 providing a 165,000 psi tensile, fully machinable weld deposit; an excellent plant maintenance alloy - Multiple passes can be achieved without stopping for slag removal between passes

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory HFW 40FC

- Victory HFW 40FC is a flux-cored chromium-molybdenum-tungsten hot-work tool steel for wearfacing LaBounty Shears as well as overlaying insert dies, hammer dies, impression dies on press forging dies and many other AISI hot work tool steels and wearing surfaces - Slag cover is easily removed, and the weld deposit is machinable in the "as-welded" condition - Excellent resistance to heat checking when subjected to water quenching and very good thermal fatigue

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory HFW 50MC

- Victory HFW 50MC is a metal-cored hardfacing wire containing specially sized particles of chrome carbides in a tough bonding matrix - Designed for applications involving high impact with abrasion on carbon steel, low alloy steel and manganese steel on such equipment as impact breaker bars, pulverizing hammers, hammer mill hammers and as a final overlay on crusher jaws

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory HFW 57MC

- Victory HFW 57MC is a multi-purpose, metal-cored hardfacing wire for overlaying carbon and low alloy steel requiring excellent toughness as well as good metal-to-metal abrasion resistance - Weld deposits contain Tungsten (W) but are not brittle, retain their hardness up to 1100 F and resist chipping on cutting edges - Common applications include cutting tools, shear blades, shearing and piercing dies, trim dies and recycling

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory HFW 59MC

- Victory HFW 59MC is a metal-cored self-hardening hardfacing wire for general purpose applications - Weld deposits are tough with an excellent balance of abrasion and impact resistance as well as resistance to chipping and spalling - Out-of-position welding on carbon and low alloy steels with one to three passes, but for multiple layer deposits, a preheat of 550 F should be used

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory HFW 63MC

- Victory HFW 63MC is a self-shielded open-arc chromium carbide wire for joining and overlaying applications involving high abrasion and mild to moderate impact - A metal-core wire that contains a high volume of carbides in hard bonding matrix - For use on carbon, low alloy steel and manganese steel high friction surfaces where heat resistant deposits at temperatures up to 1000 F is required

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory HFW 64MC

- Victory HFW 64MC is a metal-cored hardfacing overlay wire for applications involving extremely high abrasion but with little impact - For use on carbon steel, manganese steel, 300 series stainless steel and low alloy steels - Weld deposits retain their hot hardness up to 1100 F and are slag-free - This is a self-shielded wire, so a shielding gas is not required, however a shielding gas may be useful when using a constant

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory HFW 66MC

- Victory HFW 66MC is a multi-carbide, metal cored MIG wire for severe abrasion applications including gouging and scratching abrasion as well as high stress grinding - For use on carbon steel, manganese steel, 300 series stainless steel and low alloy steels - Deposits will maintain high hardness and wear resistance at temperatures up to 1400 F - In many applications the wear resistance of HFW 66MC deposits will match that of tungsten carbide deposits

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory HFW 101MC

- Victory HFW 101MC is an open-arc, self-shielded metal-cored wire containing 50-60% crushed granules of tungsten carbide in a tough steel matrix - Weld deposits are extremely hard and more abrasion resistant than standard tungsten carbide hardfacing wires; Deposits will readily relief check-crack - For ultimate wear resistance on mild and low alloy steels used in applications where extreme earth abrasion with mild

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory HFW 354FC

- Victory HFW 354FC is a premium quality work-hardening and all-position flux-cored wire for building up, hardfacing or fabricating manganese steel - A self-shielded, open arc wire containing manganese alloyed with chromium and nickel which produces weld deposit properties greater than standard manganese alloys - When put into service involving impact, the weld deposits will quickly work harden and remain tough and

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory HFW 2826-MCG

- Victory HFW 2826-MCG is a Metal Cored Martensitic Tool Steel wire for carbon and low alloy steels subjected to severe abrasion under high impact. - The chromium carbide deposits are smooth, slag-free and non-cracking. - One or more layers will produce crack-free deposits with good wear resistance. Weld Metal Chemistry

Process: Flux-Cored / FCAW · Hardfacing / Surfacing

Base-metal path: Maintenance, repair, or specialty alloys

Victory 937T

- Victory 937T is an air-hardening tool steel for the repair and overlay of "A" and "D" high chrome, high carbon grades of tool steels and dies - More shock resistant than a D-2 tool steel and more abrasion-resistant than a S-7 - The as-welded hardness of Victory 937T makes it a good choice for hardfacing steels where metal to metal abrasion and mild impact resistance is required

Process: MIG / GMAW · TIG / GTAW

Base-metal path: Maintenance, repair, or specialty alloys

Victory 938T

- Victory 938T is a metal-cored TIG rod for repairing high carbon, high chromium AISI D2 air-hardening tool steel - Weld deposits are dense, homogeneous, porosity-free and heat treatable - Common applications include punches, slitter knives, trimmers, shears, blanking dies, forming dies and as a buildup overlay on lower alloy steel Procedures

Process: MIG / GMAW · TIG / GTAW

Base-metal path: Maintenance, repair, or specialty alloys

Victory 943T

- Victory 943T is used for medium hot (600 F) and cold working parts requiring the extreme impact strength of a shock resistant S-7 filler metal. - Excellent for metal-to-metal wear while maintaining its high hardness up to 600 F. - Victory S-7 is ideally suited for trimmer dies, chisel and punch points for air hammer tools, blanking and bending dies and sledgehammer faces.

Process: MIG / GMAW · TIG / GTAW

Base-metal path: Maintenance, repair, or specialty alloys

Victory 954T

- Victory 954T is for hot work applications where homogenous, high density and machinable weld deposits are required - Weld deposits are tough and produce excellent thermal shock and wear resistance - Common applications include overlays and impression welds on press forging dies, hammer dies, wearing surfaces and any hot work tool steels where machinable welds are required; do not use on aluminum die casting dies Procedures

Process: MIG / GMAW · TIG / GTAW

Base-metal path: Maintenance, repair, or specialty alloys

Victory 956T

- Victory 956T is an upgraded version of Victory 954T GTAW (TIG) wire and contains Cr-Mo-Mn for welding hot work tool steel - Weld deposits are tough and yield excellent machinability, thermal shock and wear resistance - Common applications include overlays on die casting dies and as a buildup on hardened tool steels, machine parts and other base metals where heat treatment cannot be performed but a medium hardness is required; Also used for repairing broken teeth on transmission gears in the "as welded" condition; Do not use on aluminum die casting dies

Process: MIG / GMAW · TIG / GTAW

Base-metal path: Maintenance, repair, or specialty alloys

Victory 958T

- Victory 958T is a chrome-moly/tungsten/vanadium alloy used for repairs and reclamation of hot work as well as cold work tooling applications - Weld Deposits are homogeneous, dense, extremely abrasion and chip resistant at elevated temperatures; excellent choice where chipping, spalling and cracking are a concern - Hot work applications would include punches, forging dies, coining dies, shear knives and cutting dies

Process: MIG / GMAW · TIG / GTAW

Base-metal path: Maintenance, repair, or specialty alloys

Victory 959T

- Victory 959T is a 5% chrome-moly tungsten-free, hot-work tool steel used for the repair of tools and dies subject to multiple annealing and rehardening processes; an example would be die casting dies used in the aluminum, magnesium and zinc die casting industries, press forging dies and inserts - The heat-treatable weld deposits offer excellent resistance to abrasion, frictional wear and mild impact in hot or cold working units such as shears, trim sections and punches

Process: MIG / GMAW · TIG / GTAW

Base-metal path: Maintenance, repair, or specialty alloys

Victory 966T

- Victory 966T is designed for repairing M2 and other grades of high speed tool steels as well as for the fabrication and overlay of composite dies and tools - Containing 5% Molybdenum (Mo) and 6% Tungsten (W), Victory 966T maintains maximum hardness up to operating temperatures of 1100 F - Good abrasion and frictional wear resistance makes Victory 966 also useful for hardfacing steels where

Process: MIG / GMAW · TIG / GTAW

Base-metal path: Maintenance, repair, or specialty alloys

Victory P-20

- Victory P-20 is a GTAW (TIG) rod designed for the repair and buildup on dies, molds and blocks used in the zinc and plastic injection molding industries - May be used to overlay lower alloy steels making their working areas more wear-resistant and to repair higher alloy tool steels such as H-12 and H-13 that require machinability - Weld deposits can be heat treated and tempered to a desired hardness (see below), then Carburized or Nitrided to an even

Process: MIG / GMAW · TIG / GTAW

Base-metal path: Maintenance, repair, or specialty alloys

Super Tensile Blue

- Perfect wire to use when the type of steel is unknown (works on most ferrous metals) - Excellent MIG or TIG wire for joining or overlaying all types of steels - high alloy steels, high carbon steel, manganese steel, tool steels, stainless steels, and dissimilar steels - Weld deposits exhibit superior wear, impact, heat, and corrosion-resistant properties - Weld deposits are machinable but can't be flame cut

Process: MIG / GMAW · TIG / GTAW

Base-metal path: Maintenance, repair, or specialty alloys

Cobalt 6 (Bare)

- Victory Cobalt 6 is the most popular of the Cobalt alloys due to an overall balance of impact, heat, corrosion, and metal-to- metal abrasion resistance - Weld deposits exhibit excellent anti-galling properties, resistance to cavitation erosion and retain hardness up to 1200 F (650 C) - Recommended for wear applications at elevated temperatures and where there is corrosion such as automotive and fluid

Process: Hardfacing / Surfacing

AWS specification family: AWS A5.21

AWS / catalog classifications: ERCoCr-A

Base-metal path: Maintenance, repair, or specialty alloys

Cobalt 6 (Coated)

- Victory Cobalt 6 is the most popular of the Cobalt alloys due to an overall balance of impact, heat, corrosion, and metal-to- metal abrasion resistance - Weld deposits exhibit excellent anti-galling properties, resistance to cavitation erosion and retain hardness up to 1200 F (650 C) - Recommended for wear applications at elevated temperatures and where there is corrosion such as automotive and fluid

Process: Hardfacing / Surfacing

AWS specification family: AWS A5.13

AWS / catalog classifications: ECoCr-A

Base-metal path: Maintenance, repair, or specialty alloys

Victory 5% Phos-Copper-Silver

- Victory 5% Phos-Copper-Silver is a self-fluxing brazing alloy primarily used for joining copper and copper alloys with limited use on silver, tungsten and molybdenum. - Excellent choice when narrow joint clearances cannot be held. Joints clearances ranging from 0.003" to 0.006"are recommended. - Flux is not required when used on copper to copper, but a paste flux is recommended when used on all other

Process: Brazing / Braze Welding

AWS specification family: AWS A5.8

AWS / catalog classifications: BCuP-3

Base-metal path: Maintenance, repair, or specialty alloys

Victory 15% Phos-Copper-Silver

- Victory 15% Phos-Copper-Silver is a self-fluxing brazing alloy primarily used on copper tubing where tight joint clearances are not possible - Excellent choice for wider joints ranging from 0.002" to 0.005" and where greater corrosion resistance is required - Flux is not required when used on copper-to-copper, but a paste flux is recommended when used on all other

Process: Brazing / Braze Welding

AWS specification family: AWS A5.8

AWS / catalog classifications: BCuP-5

Base-metal path: Maintenance, repair, or specialty alloys

Victory 1200 FC

- 1200FC is a 45% Cadmium-Free Flux-Coated silver brazing alloy most widely used in food and dairy processing, refrigeration and electrical industries. - Low melting point and thin flowing temperatures of Victory 1200FC make it a popular choice for many brazing applications of ferrous and non-ferrous metals especially dissimilar metal combinations of copper, brass, bronze, stainless steel, carbon steel and nickel alloys (not to be used on aluminum or magnesium)

Process: Brazing / Braze Welding

AWS specification family: AWS A5.8

AWS / catalog classifications: BAg-5

Base-metal path: Maintenance, repair, or specialty alloys

Victory 1300 FC

- 1300FC is a 56% Cadmium-Free Flux-Coated silver brazing alloy primarily used on dairy, food, medical and pharmaceutical equipment where cadmium is prohibited. - Low melting point and thin flowing with good wetting action providing high strength joints on stainless steel, copper alloys, carbon steels, nickel alloys, and dissimilar combinations of these alloys. Do not use on aluminum or magnesium.

Process: Brazing / Braze Welding

AWS specification family: AWS A5.8

AWS / catalog classifications: BAg-7

Base-metal path: Maintenance, repair, or specialty alloys

Victory AZ61A

- Victory AZ61A is a GTAW or oxy-acetylene magnesium wrought alloy containing 6% Aluminum, 1% Zinc, hence the designation AZ61A; the final letter-A-shows that this was the first standardized alloy of this composition - AZ61A is preferred for welding wrought magnesium alloys because of its low cracking tendencies; wrought alloys include AZ10A, AZ31B, AZ31C, HK31A, HM21A, HM31A, M1A, ZK21A, AZ80A and AZ61A - AZ61A is approximately 20% the weight of steel making it one of the lightest metals weighing in at 0.063 lb. per cubic inch

Process: TIG / GTAW

AWS specification family: AWS A5.19

AWS / catalog classifications: ERAZ61A

Base-metal path: Maintenance, repair, or specialty alloys

Victory AZ92A

- Victory AZ92A is a GTAW or oxy-acetylene magnesium wire containing more alloying elements (9% aluminum and 2% zinc) than AZ61A - AZ92A is preferred for welding cast magnesium alloys because it exhibits less crack sensitivity on such cast alloys as EZ33A, AM100A, AZ81A, EK41A, HK31A, HZ32A, K1A, ZE41A, QH21A and AZ92A - AZ92A is approximately 20% the weight of steel making it one of the lightest metals weighing in at 0.063 lb. per cubic inch - Common applications of AZ92A magnesium include extensive use in aerospace applications under AMS 4395 and in military applications as

Process: TIG / GTAW

AWS specification family: AWS A5.19

AWS / catalog classifications: ERAZ92A

Base-metal path: Maintenance, repair, or specialty alloys

Victory 101

- Victory 101 is a mild steel tube containing crushed and "meshed" granules of tungsten carbide particles used for oxyacetylene brazing where extreme abrasion with low impact is encountered - There are four (4) different mesh sizes to choose from with 30/40 mesh being the most popular; generally, the smaller the mesh, the greater the wear resistance against abrasion; if cutting is necessary, the larger particles or mesh sizes will be easier to work with

Process: Catalog support product

Base-metal path: Catalog support product

Catalog support product: this is not an AWS filler-metal recommendation.

Victory 105

- Victory 105 is a composite rod composed of cobalt grade sintered tungsten carbide chips of various sizes and shapes embedded in a matrix of nickel silver - The tungsten carbide chips provide the ultimate in abrasion resistance while the nickel silver matrix is non-fuming and provides excellent wetting action during brazing - There are five (5) different mesh sizes to choose from as well as multiple percentages of tungsten carbide chips ranging from

Process: Catalog support product

Base-metal path: Catalog support product

Catalog support product: this is not an AWS filler-metal recommendation.

Victory Alum-Zinc

- Victory Alum-Zinc is for low cost, low temperature repairs of zinc-based metals, pot metal, galvanized metal, white metals and aluminum - Smooth, dense, porosity-free deposits with a perfect color match on zinc die castings is easy to achieve using an oxyacetylene torch, a working temperature slightly above 700 F and without flux - Common applications include automotive carburetors, aluminum window frames, door handles, ornaments, boats, power

Process: Oxy-Fuel / OFW

Base-metal path: Maintenance, repair, or specialty alloys

MultiPlier 9-Way Welding Tool

The MultiPlier 9-Way Welding Tool Heavy Duty Carbon Steel Body 1. Wire drawing 4. Contact tip installation and removal 7. Multi-diamater wire gauge 2. Nozzle spatter removal 5. Insulation, bushing installation and removal 8. Hammer 3. Wire cutters 6. Nozzle installation and removal 9. Chisel There is no substitute for Victory!

Process: Catalog support product

Base-metal path: Catalog support product

Catalog support product: this is not an AWS filler-metal recommendation.

Victory Ni-112

- SMAW electrode equivalent to 625 (ERNiCrMo-3) MIG or TIG wires - All-position welding of nickel-chromium-molybdenum alloys such as Inconel 601 and 625 to themselves or to dissimilar combinations of steel, stainless steel, or to nickel-iron-chromium alloys such as Incoloy 800 and 801; also used for surfacing or overlay cladding of these alloys - Here is a list of other possible combinations:

Process: Stick / SMAW

AWS specification family: AWS A5.11

AWS / catalog classifications: ENiCrMo-3

Base-metal path: Nickel and nickel-chromium alloys

Victory Ni-117

- SMAW electrode equivalent to 617 (ERNiCrCoMo-1) MIG, TIG or Subarc wire - All-position welding of nickel-chromium-cobalt-molybdenum electrode for welding 617 to itself or to Inconel 600 and 601; Incoloy 800HT as well as stainless, carbon or low alloy steels; For cast alloys such as HK-40, HP and HP-45 Modified - Also used for overlay cladding on similar alloys - Ni-117 weld deposits exhibit high strength and high temperature oxidation resistance as well as pitting and stress-corrosion cracking resistance

Process: Stick / SMAW

AWS specification family: AWS A5.11

AWS / catalog classifications: ENiCrCoMo-1

Base-metal path: Nickel and nickel-chromium alloys

Victory Ni-141

- SMAW electrode equivalent to NI-61 (ERNi-1) MIG or TIG wires - Highest nickel content electrode for welding wrought and cast forms of commercially pure nickel to themselves or to nickel- chromium-iron alloys, to steel or to stainless steel - Titanium in the weld deposit stabilizes the carbon at a low level so that low carbon nickel alloys such as nickel 200 or 201 can be welded

Process: Stick / SMAW

AWS specification family: AWS A5.11

AWS / catalog classifications: ENi-1

Base-metal path: Nickel and nickel-chromium alloys

Victory Ni-182

- SMAW electrode equivalent to 82 (ERNiCr-3) MIG or TIG wires - General purpose welding of nickel-chromium-iron alloys such as Inconel 600, 601, 690, and Incoloy 800 to themselves or to dissimilar combinations of steel, stainless steel, nickel and Monel alloys or for surfacing or overlay cladding of these alloys - Here is a list of other possible combinations: - Nickel 200 to Inconel 600, to carbon, low alloy or stainless steel

Process: Stick / SMAW

AWS specification family: AWS A5.11

AWS / catalog classifications: ENiCrFe-3

Base-metal path: Nickel and nickel-chromium alloys

Victory Ni-187

- SMAW electrode equivalent to NI-67 (ERCuNi) MIG or TIG wires - For welding 70/30, 80/20 and 90/10 copper-nickel alloys to themselves, to each other and for dissimilar applications such as joining nickel-copper Monel 400, R-405, and K-500 or high nickel 200 to the copper-nickel alloys of 70/30, 80/20, and 90/10 - Also used for surfacing or overlay cladding on copper-nickel clad steel

Process: Stick / SMAW

AWS specification family: AWS A5.6

AWS / catalog classifications: ECuNi

Base-metal path: Nickel and nickel-chromium alloys

Victory Ni-190

- SMAW electrode equivalent to NI-60 (ERNiCu-7) MIG or TIG wires - For welding of Monel 400, R-405 and K-500 to themselves, to each other, and for joining many nickel-copper alloys to copper, copper-nickel, carbon and low alloy steel - Also used for surfacing or overlay welding of clad steels where a nickel-copper layer is required - Weld deposit exhibits excellent corrosion resistance in sea water, brine solutions, salt and reducing acids

Process: Stick / SMAW

AWS specification family: AWS A5.11

AWS / catalog classifications: ENiCu-7

Base-metal path: Nickel and nickel-chromium alloys

Victory Ni-A

- All-position SMAW nickel-chromium-iron electrode for welding Incoloy 800, 800HT, Inconel 600 and 601 to themselves, to each other, and to many dissimilar alloys such as wrought and welding grade cast steels, austenitic and ferritic stainless steels as well as high nickel and Monel alloys - Weld deposit offers excellent strength and oxidation resistance at higher temperatures (1500 F) than a 182 electrode while maintaining impact resistance at cryogenic temperatures

Process: Stick / SMAW

AWS specification family: AWS A5.11

AWS / catalog classifications: ENiCrFe-2

Base-metal path: Nickel and nickel-chromium alloys

Victory Ni-C22

- SMAW electrode equivalent to C22 or 622 (ERNiCrMo-10) MIG or TIG wires - For welding and joining various combinations of nickel chromium molybdenum alloys such as Hastelloy C22, C276, Inconel 622, 625, Inco alloy 25-6 Mo and Incoloy 825 to themselves, to each other or to stainless steels - Weld deposit exhibits better resistance to stress corrosion cracking, pitting and crevice corrosion than other nickel chromium molybdenum alloys such as C276 or 625

Process: Stick / SMAW

AWS specification family: AWS A5.11

AWS / catalog classifications: ENiCrMo-10

Base-metal path: Nickel and nickel-chromium alloys

Victory Ni-C276

- SMAW electrode equivalent to C276 (ERNiCrMo-4) MIG or TIG wires - For welding low carbon nickel chromium molybdenum Hastelloy C276 to itself, or to steel, stainless steel or other nickel based alloys - Also used for welding the clad side of joints in steel previously clad with low carbon nickel chromium molybdenum alloys - The high molybdenum content of this electrode produces a weld deposit with excellent resistance to stress corrosion

Process: Stick / SMAW

AWS specification family: AWS A5.11

AWS / catalog classifications: ENiCrMo-4

Base-metal path: Nickel and nickel-chromium alloys

Victory 52

- Victory 52 is a Ni-Cr-Fe filler metal for welding base metals of ASTM B163, B166, B167, B168, B366, B564, B924- all under UNS N06690 - For overlaying low alloy steel and stainless steel with a corrosion resistant surface, especially resistance to oxidizing acids. - Other uses include welding of dissimilar joints involving Ni-Cr-Mo and Ni-Cr-Fe alloys - High Chromium levels provide stress-corrosion cracking resistance in the pure water environments of nuclear power plants Wire Chemistry

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiCrFe-7

Base-metal path: Nickel and nickel-chromium alloys

Victory 59

- Victory 59 also known as Nickel base alloy 59 is a Ni-Cr-Mo filler metal for welding base metals of ASTM B564, B574, B575, B619, B622 and B626 - all under UNS N06059 - The molybdenum content of Victory 59 is similar to Victory C276 but the chromium content is increased producing a weld deposit with greater performance in oxidizing acids - Exceptional weldability with low sensitivity to hot cracking

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiCrMo-13

Base-metal path: Nickel and nickel-chromium alloys

Victory 60

- GMAW or GTAW equivalent to Ni-190 (ENiCu-7) SMAW electrode - For welding Monel 400, R-405, and K-500 to themselves, to each other and for joining many nickel-copper alloys to copper, copper-nickel, nickel 200, carbon or low alloy steel - Commonly used for surfacing or overlay welding of clad steels where a nickel-copper layer is applied over top of a Victory 61 (ERNi-1) layer

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiCu-7

Base-metal path: Nickel and nickel-chromium alloys

Victory 61

- GMAW or GTAW equivalent to Ni-141 (ENi-1) SMAW electrode - Highest nickel content wire for welding wrought and cast forms of commercially pure nickel to themselves or to nickel- chromium-iron alloys, to carbon or low alloy steel or to stainless steel - Commonly used for welding the clad side of nickel clad steel and surfacing or overlaying of steel - Titanium in the weld deposit stabilizes the carbon at a low level so that low carbon nickel alloys such as nickel 200 or 201 can

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNi-1

Base-metal path: Nickel and nickel-chromium alloys

Victory 62

Victory 62 is listed by Victory Welding Alloys under Nickel Chromium Alloys. Review the cited data sheet and packaging document for the exact application, classification, diameter, and package details.

Process: MIG / GMAW · TIG / GTAW

Base-metal path: Nickel and nickel-chromium alloys

Victory 65

- Victory 65 is a Ni-Fe-Cr filler metal used for welding ASTM B423 UNS N08825 to itself or to other Ni-Fe-Cr-Mo-Cu alloys - Weld deposit has exceptional corrosion resistance in reducing chemicals such as sulfuric and phosphoric acids - Also used for overlays on carbon and low alloy steels Wire Chemistry AWS Requirement Average Victory 65 AWS Requirement Average Victory 65

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiFeCr-1

Base-metal path: Nickel and nickel-chromium alloys

Victory 67

- GMAW or GTAW equivalent to Ni-187 (ECuNi) SMAW electrode - For welding 70/30, 80/20 and 90/10 copper-nickel alloys to themselves, to each other and for dissimilar applications such as joining nickel- copper Monel 400, R-405 and K-500 or high nickel 200 to the copper-nickel alloys of 70/30, 80/20 and 90/10 - Commonly used for surfacing or overlay cladding on copper-nickel clad steel after first applying a layer of Victory 61 (ERNi-1) - Weld deposits exhibit excellent corrosion resistance in many marine applications, desalinization equipment and waste-water treatment

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.7

AWS / catalog classifications: ERCuNi

Base-metal path: Nickel and nickel-chromium alloys

Victory 72

- Victory 72 is a 55% Nickel, and 44% Chromium filler metal primarily used for Gas Tungsten Arc Welding (GTAW) of 50/50 Ni-Cr alloys, cladding onto Ni-Fe-Cr tubing, and casting repairs. - Victory 72 Weld deposits are resistant to high-temperature corrosion, including fuel-ash corrosion in atmospheres containing sulfur and vanadium. Wire Chemistry

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiCr-4

Base-metal path: Nickel and nickel-chromium alloys

Victory 72M

- Victory 72M is a Nickel-Chromium filler metal commonly used for overlay cladding of ferrous materials used in high temperature applications and welding of nickel-chromium-iron alloys ASTM B163, B166, B167 and B168 under UNS N06690 to itself and to steels - Additions of Titanium, Aluminum and Niobium/ Tantalum create weld deposits that are particularly resistant to high temperature oxidation, carburization and sulfidation Wire Chemistry

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiCr-7

Base-metal path: Nickel and nickel-chromium alloys

Victory 82

- GMAW or GTAW equivalent to Ni-182 (ENiCrFe-3) SMAW electrode - For general purpose welding of nickel-chromium-iron alloys such as Inconel 600, 690 and Incoloy 800 to themselves or to dissimilar combinations of steel, stainless steel, nickel and Monel alloys or for surfacing or overlay cladding of these alloys - Possible combinations for which Victory 82 can be used: - Nickel 200 to Inconel 600, to carbon, low alloy or stainless steel

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiCr-3

Base-metal path: Nickel and nickel-chromium alloys

Victory 92

- Victory 92 is a Ni-Cr-Fe filler metal containing 3% Titanium (Ti) and 2-1/2% Manganese (Mn) primarily used for welding austenitic and ferritic stainless steels and nickel alloys - For joining Ni-Cr-Fe and Ni-Cr-Mo to stainless steels, carbon steels and Cu-Ni alloys - Copper-Nickel alloys and Nickel 200 to stainless steels and joining stainless steels to carbon steel - High strength and corrosion resistance at temperatures ranging from cryogenic to more than 1800 F (980 C); weld deposits can be age-hardened

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiCrFe-6

Base-metal path: Nickel and nickel-chromium alloys

Victory 601

- Victory 601 is a Nickel-Chromium-Iron-Aluminum filler metal used exclusively for GTAW welding ASTM B166, B167 and B168 - all under UNS N06601 - For severe applications where the exposure temperature can exceed 2100 F (1150 C) or where there is lower temperature exposure to hydrogen sulfide or sulfur dioxide - Weld deposits will match the corrosion and oxidation resistance of the base metal being welded

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiCrFe-11

Base-metal path: Nickel and nickel-chromium alloys

Victory 617

- GMAW or GTAW equivalent to Ni-117 (ENiCrCoMo-1) SMAW electrode - A nickel-chromium-cobalt-molybdenum wire for welding Inconel 617 to itself or to Inconel 600 and 601, Incoloy 800 HT as well as stainless, carbon or low alloy steels; also used for cast alloys such as HK-40, HP and HP-45 Modified - Weld deposit has excellent mechanical stability, oxidation and corrosion resistance as well as stress rupture properties up to 2000 F

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiCrCoMo-1

Base-metal path: Nickel and nickel-chromium alloys

Victory 625

- GMAW or GTAW equivalent to Ni-112 (ENiCrMo-3) SMAW electrode - For welding of nickel-chromium-molybdenum alloys such as Inconel 601 and 625 to themselves or to dissimilar combinations of steel, stainless steel, or to nickel-iron-chromium alloys such as Incoloy 800 and 801; also used for surfacing or overlay cladding of these alloys - Possible combinations for which Victory 625 can be used: - Incoloy 800 to 825

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiCrMo-3

Base-metal path: Nickel and nickel-chromium alloys

Victory 686

- Victory 686 is a Ni-Cr-Mo filler metal containing a high level of tungsten (W) which results in increased resistance to pitting, crevice and general corrosion - This product can be used for so many applications including welding of nickel chromium molybdenum alloys C-22, C276, 625, 686 as well as duplex, superduplex and superaustenitic stainless steels- to each other and to themselves - Victory 686 is an excellent choice in working environments where hydrochloric and sulfuric acids require general corrosion resistance, for hot

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiCrMo-14

Base-metal path: Nickel and nickel-chromium alloys

Victory 718

- Victory 718 is a Ni-Fe-Cr filler metal containing 5% Niobium + Tantalum, along with 3% Molybdenum and 1% Titanium generally used for TIG welding ASTM B637 and AMS 5589 under UNS N07718 - Common applications include alloys 718, 706 and X-750 in gas turbine components, cryogenic storage tanks, jet engines, hot extrusion tooling, fasteners and instrumentation parts, nuclear fuel element spacers and liquified fueled rocket motors and components - Weld deposits will exhibit exceptional high strength and good ductility at temperature up to 1300 F

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiFeCr-2

Base-metal path: Nickel and nickel-chromium alloys

Victory C22

- GMAW or GTAW equivalent to Ni-C22 (ENiCrMo-10) SMAW electrodes - For welding and joining various combinations of nickel-chromium-molybdenum alloys such as Hastelloy C22, C276, Inconel 622, 625, Inco 25-6Mo and Incoloy 825 to themselves, to each other or to stainless, carbon or low alloy steels - Weld deposit exhibits better resistance to stress corrosion cracking, pitting and crevice corrosion than other nickel- chromium-molybdenum alloys such as C276 or 625

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiCrMo-10

Base-metal path: Nickel and nickel-chromium alloys

Victory C276

- GMAW or GTAW equivalent to Ni-C276 (ENiCrMo-4) SMAW electrode - For welding low carbon nickel-chromium-molybdenum Hastelloy C276 to itself, or to steel, stainless steel or other nickel-based alloys - Commonly used for welding the clad side of joints in steel previously clad with a low carbon nickel-chromium-molybdenum alloy - The high molybdenum content of Victory C276 produces a weld deposit with excellent resistance to stress corrosion cracking, pitting and crevice corrosion at temperatures up to 1900 F while the tungsten content provides greater hardness and wear resistance

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiCrMo-4

Base-metal path: Nickel and nickel-chromium alloys

Victory W

- A nickel-chromium-molybdenum-cobalt GMAW or GTAW wire for welding and overlaying Hastelloy W and dissimilar alloys of cobalt and nickel based alloys used in high temperature service applications - The weld deposit exhibits good mechanical properties at temperatures up to 1800 F, but due to poor oxidation resistance at temperatures exceeding 1400 F, it is not recommended for service applications in excess of 750 hours - Most commonly used for aircraft engine repair and maintenance as well as gas turbine parts

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiMo-3

Base-metal path: Nickel and nickel-chromium alloys

Victory X

- A nickel-chromium-molybdenum GMAW or GTAW wire for welding Hastelloy X to itself or to stainless, carbon or low alloy steels - Weld deposit has excellent resistance to oxidation, corrosion, thermal shock and weld metal fatigue at temperatures up to 3200 F - Victory X is commonly used in the aerospace industry for engine tail pipes, turbine blades, nozzle vanes and afterburner components; also used in petrochemical applications to prevent stress corrosion cracking Wire Chemistry

Process: MIG / GMAW · TIG / GTAW

AWS specification family: AWS A5.14

AWS / catalog classifications: ERNiCrMo-2

Base-metal path: Nickel and nickel-chromium alloys

NI625FC

- Victory NI625FC is an all-position, flux-cored wire which produces a weld deposit containing 60Ni-22Cr-9Mo-3Fe and 3.6Nb (+Ta); it is the FCAW version of the GMAW solid Nickel 625 (ERNiCrMo-3) MIG wire - Designed for welding Ni-Cr-Mo and Ni-Fe-Cr alloys including 600, 625, 602, 802 and 9% Ni steels to themselves, to steel and for overlaying steel with Ni-Cr-Mo weld metal - Typical specifications for the Ni-Cr-Mo alloys that can be welded are ASTM B443, B444, and B446, while Ni-Fe-Cr alloys that can be welded include

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.34

AWS / catalog classifications: ENiCrMo3T1-1/-4

Base-metal path: Nickel and nickel-chromium alloys

NI82FC

- Victory NI82FC is an all-position, flux-cored wire which produces a weld deposit containing 70Ni - 21Cr - 3Mn and 2.3Nb; it is the FCAW version of the GMAW solid Nickel 82 (ERNiCr-3) MIG wire - Designed for welding alloys 600, 601, and 800 to themselves, to each other or to stainless and carbon steel; also used for welding the clad side of steel joints clad with nickel-chromium-iron alloy - For overlaying steel with a layer of nickel-chromium-iron weld metal and for joining carbon and low alloy steels to nickel

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.34

AWS / catalog classifications: ENiCr3T1-1/-4

Base-metal path: Nickel and nickel-chromium alloys

NIC276FC

- Victory NIC276FC is an all-position, flux-cored wire which produces a weld deposit containing 57Ni - 17Mo - 15Cr - 5.5Fe - 3.7W and low (0.02) carbon; it is the FCAW version of the GMAW solid Nickel C276 (ERNiCrMo-4) MIG wire - Designed for welding Nickel-Chromium-Molybdenum base metals including B574, B575, B619, B622 and B626 which are usually found in highly corrosive environments - Welding of low carbon Ni-Cr-Mo alloys to steel or to other nickel-base alloys, and for the clad side of joints in steel clad with low carbon Ni-

Process: Flux-Cored / FCAW

AWS specification family: AWS A5.34

AWS / catalog classifications: ENiCrMo4T1-1/-4

Base-metal path: Nickel and nickel-chromium alloys

Victory 307-16

- All-position stainless steel electrode for welding hardenable steels, 14% manganese steels and "difficult to weld steels" such as carbon steel forgings and castings - Joining of high-tensile, wear-resistant armor plate and building up of railroad rails - Excellent toughness, corrosion and crack-resistant weld deposits without the need for any preheat or postweld heat treatment

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E307-16

Base-metal path: Stainless steel

Victory 308-16

- Most commonly used for all-position welding of 19% Chromium - 9% Nickel austenitic stainless steels such as AISI 301, 302, 304, and steel castings of similar composition such as rust-proof steels - Easy strike and restriking of the arc, smooth arc action, low spatter and a self-peeling slag - Weld deposits are x-ray quality with physical properties and corrosion resistance that meets or exceeds that of the base metal

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E308-16

Base-metal path: Stainless steel

Victory 308L-16

- Most commonly used for all-position welding of low carbon 19% chromium - 9% nickel austenitic stainless steels such as 304L as well as stabilized grades such as 321 and 347 - The 0.04% maximum carbon content of this electrode preserves the intergranular corrosion resistant properties of the weld deposit and weld zone yielding x-ray quality welds - Easy strike and restriking of the arc, smooth arc action, low spatter, and a self-peeling slag

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E308L-16

Base-metal path: Stainless steel

Victory 309-16

- All position welding of heat resistant 22-25% chromium and 12-13% nickel stainless steels such as 309 to itself, to other austenitic Cr-Ni grades such as 304, 308, 310, 316, and 317, or to martensitic and ferritic grades such as 405, 410, 430, 442, and 446 - Excellent for welding dissimilar steels such as mild or carbon steel to stainless steel or for use as a buffer layer on steel parts where the final layer will be a different grade of stainless steel (cladding)

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E309-16

Base-metal path: Stainless steel

Victory 309L-16

- All position welding of heat resistant 22-25% chromium and 12-13% nickel stainless steels such as 309/309L to itself, to other austenitic Cr-Ni grades such as 304L, 308L, 310, 316L, 321 or 347 as well as martensitic grades 410, 420, 431, and ferritic stainless grades such as 430, 442, and 446; all of these stainless steel grades can be welded to each other or to mild and carbon steels - The low carbon content of this electrode (0.04% C) preserves the intergranular corrosion resistant properties of the weld

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E309L-16

Base-metal path: Stainless steel

Victory 309LMo-16

- Most common application of 309LMo is for overlaying carbon steels in order to achieve weld deposits with the same corrosion resistant properties as 316 or 316L stainless steel - The addition of molybdenum (Mo) to 309L increases the strength, hardness and wear resistance of the deposit - All position welding of 309 series stainless to itself or to dissimilar steels such as 304L, 308L, 310, 316L, 321 and 347, martensitic grades 410, 420, 431, and ferritic stainless grades such as 430, 442, and 446; these stainless steel grades can be

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E309LMo-16

Base-metal path: Stainless steel

Victory 310-16

- All position welding of AISI 310 stainless steel as well as for joining and overlaying dissimilar steels, case-hardened and clad steels, stainless to carbon, and low alloy steel and armor steels - Excellent choice for dissimilar stainless steels where the deposit does not have to match the base metal but where high strength, heat and corrosion resistant weld deposits at temperatures up to 2150 F are required - Produces austenitic weld deposits with a chemical analysis and oxidation resistance similar to that of the base plate

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E310-16

Base-metal path: Stainless steel

Victory 312-16

- Excellent for welding dissimilar metals, especially if one of them is a stainless steel of high nickel content. Perfect electrode to use on unknown steels - All-position welding on difficult to weld steels such as manganese steel, air-hardening steels, armor steels, spring steels, tool and die steels, rail steel, and aircraft steel - Used as a wear-resistant build-up or buffer-layer option in hard-facing applications

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E312-16

Base-metal path: Stainless steel

Victory 316-16

- All position welding of austenitic (non-magnetic) 18% Cr - 12% Ni - 2 % Mo stainless steels such as 316 and 317 but can also be used for mild steel to stainless steel in certain applications - Excellent corrosion resistance at elevated temperatures against "pitting" that may be caused by sulfuric, phosphoric, and acetic acids - High deposition efficiency, a fine bead appearance and a weld deposit with exceptional crack-resistance

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E316-16

Base-metal path: Stainless steel

Victory 316L-16

- All position welding of 18% Cr - 12% Ni - 2 % Mo stainless steel producing weld deposits with a carbon content of 0.04 maximum - When this electrode produces a weld deposit of 2 FN maximum, it can be used for welding 304 and 316 stainless steels in cryogenic service at temperatures down to -452 F - Excellent corrosion resistance at elevated temperatures against "pitting" that may be caused by sulfuric, phosphoric and

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E316L-16

Base-metal path: Stainless steel

Victory 317L-16

- All position austenitic stainless steel electrode for welding 317, 317L as well as 316 or 316L in highly corrosive environments containing halogens - Contains higher alloy content than 316L, particularly in molybdenum, giving it greater high-temperature strength and corrosion resistance in non-oxidizing media and pitting corrosion resistance in all media - Low carbon content offers increased resistance against intergranular corrosion from chloride ions without the

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E317L-16

Base-metal path: Stainless steel

Victory 320LR-16

- For welding Carpenter 20 , 20-Cb3 or 320 stainless steel - Weld deposit contains "Lower Residual" elements carbon, silicon, phosphorus and sulfur; manganese and niobium (columbium + tantalum) are controlled within more narrow ranges as well - Tighter control of these elements eliminates hot cracking and microfissuring frequently encountered when welding austenitic stainless steels

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E320LR-16

Base-metal path: Stainless steel

Victory 330-16

- All-position, 35% nickel - 15% chromium stainless steel electrode for welding 330 castings and wrought alloys of similar analysis - High nickel content gives the weld deposit the ability to provide excellent corrosion and oxidation resistance at extreme temperature ranges above 1800 F - Weld deposits exhibit high creep strength, excellent thermal shock resistance with minimum embrittling

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E330-16

Base-metal path: Stainless steel

Victory 347-16

- All position austenitic 19Cr-9Ni-Nb (+Ta) stainless steel electrode for welding 347, 321, and 304L stainless and stainless clad steels - Contains niobium (plus tantalum) in the amount of 10 times the amount of carbon up to 1% which prevents intergranular corrosion caused by carbide precipitation - Produces weld deposits with excellent corrosion resistance in steam or utility applications up to 1400 F - much

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E347-16

Base-metal path: Stainless steel

Victory 385-16

- A high alloy "superaustenitic" stainless steel electrode also known as 904L-16 containing extra low residual elements of carbon, silicon, phosphorus and sulfur - which reduces weld metal hot cracking and fissuring, while maintaining corrosion resistance of the deposit - Contains a high level of Ni (nickel) to improve mechanical properties of the weld deposit and create wear resistance while the 5% Mo (molybdenum) content increases corrosion resistance in seawater and other aggressive environments

Process: Stick / SMAW

AWS specification family: AWS A5.4

AWS / catalog classifications: E385-16