Flux Cored Wires

BEST FLUX

CORED WIRE

Excellent bead appearance . Good slag removal

Product Key AWS Specification Application

71GS

E71T-GS

FCO 90

Application:

Designed for single pass applications, this flux core wire provides smooth arc action and full slag coverage.
Features self-shielding and low spatter that makes welding and slag removal quick and easy
Ensure high quality welding on a variety of applications. Self-shielding, all-positioning, flux-cored welding wire for single pass applications

Key Benefits:

Smooth arc action
full slag coverage
Easy slag removal
Low spatter

Available in 8-lb spool and 11-lb spool.

Size: .030" and .035"

Spec Sheet available upon request

71T-1

E71T-1C/ 1MH8

FCW 14

Application:

Heavy steel structures, pressure vessels, pipes
Shipbuilding, petrochemical, energy and power generation

Key Benefits:

For high strength steel and low temperature applications
Excellent welding properties, weld bead appearance, slag removal and arc transfer
Suitable for single pass as well as multi pass applications
Excellent mechanical properties down to -20°C (0°F)
Meets H8 weld metal hydrogen requirements
Produces tough and crack free weld metal

Spec Sheet available upon request

71-LF

E71T1-1C/ 1M/ 9C/ 9MH8

FCW 13

Application:

Heavy steel structures, pressure vessels, pipes
Shipbuilding, petrochemical, energy and power generation

Key Benefits:

For high strength steel and low temperature applications
Excellent welding properties, weld bead appearance, slag removal and arc transfer
Suitable for single pass as well as multi pass applications
Excellent mechanical properties down to -30°C (-20°F)
Meets H8 weld metal hydrogen requirements
Produces tough and crack free weld metal

Spec Sheet available upon request

70C-6M

Metal Cored Wire

E70C6-M H4

FCW 21

Application:

Heavy steel structures, pressure vessels
Pipes, shipbuilding, petrochemical, energy and power generation

Key Benefits:

For high strength steel such as structural steel, bridges, storage tanks etc
Excellent welding properties, weld bead appearance, slag removal and arc transfer
Suitable for single pass as well as multi pass applications
Excellent mechanical properties down to -30°C (-20°F)
High deposition rates
Low hydrogen in weld metal (max 4 ml/100 g)

Spec Sheet available upon request

71-SRM

E71T1-9MJH4/ 12MJH4

FCW 17

Application:

Used in welding tank and pressure vessels where stress relieving is necessary
This wire is especially useful in welding nozzle necks of carbon steel pressure vessels and where low temperature service is required

Key Benefits:

Produces weld metal with less than 0.5% Ni. This Ni composition allows this wire to conform to the A-1 composition in QW-440, section IX in the ASME standard
All position welding can be achieved with excellent flat bead appearance, negligible spatter and easy slag removal

Spec Sheet available upon request

E81T1-C1A2-Ni1-H4

Application:

Suitable for machineries, shipbuilding, offshore structures, bridges and general fabrications

Key Benefits:

Superb all position performance
Provides good wet-in capabilities along with high impact values at low temperatures (-40C)

Spec Sheet available upon request

81-W

Application:

Used in the construction of bridges, highway, shipyards, rail road and many other general industries and buildings

Key Benefits:

Superb all position performance with CO2 gas shielding
Provides excellent usability with stable arc, less spattering, good bead appearance
Better slag removal and less quantity of welding fume comparable to solid wire

Spec Sheet available upon request

91-G

E91T1-C1AG-G-H4

Application:

Designed for welding of high tensile steel for low temperature service
Suitable for shipbuilding, machinery, piping, bridge, structural fabrication and building

Key Benefits:

Superb all position performance
Provides smooth arc, low spatter levels, good weldability and good bead appearance

Spec Sheet available upon request

100-K3

E100T1-M21A0-K3-H4

Application:

Designed for welding of high tensile steel for low temperature service
Suitable for pipeline, wear resistance steel

Key Benefits:

Flat and horizontal position welding
Provides smooth arc, low spatter levels, good weldability and good bead appearance

Spec Sheet available upon request

111-K3

E111T1-C1A0-K3-H4

Application:

Designed for welding of high tensile steel for low temperature service

Key Benefits:

Superb all position performance
Provides smooth arc, low spatter levels, good weldability and good bead apperance
Provides excellent impact values at low temperature

Spec Sheet available upon request

115

E111T5-M21A6-K4-H4

Application:

Designed for applications requiring a high strength weld deposit
Suitable for mobile equipment, industrial and general fabrication
Used for welding steels such as T1, HY80, HY90, AXTRA 90, 100 and 110

Key Benefits:

Resistant to cracking in heavy sections or under high restraint
Good usability with a minimum amount of spatter and easy slag removal

Spec Sheet available upon request

307-P

E307T-1(4)

Application:

Suitable for joining difficult to weld steels such as armor plate and hardenable steels, and for dissimilar metal joints such as austenitic manganese steels to carbon steel forging and castings

Key Benefits:

Superb all position performance
Spatter is low and slag peeling is easy
Achieves flat, well washed beads with minimal weaving

Spec Sheet available upon request

308-LP

E308LT(1)-1(4)

Application:

Suitable for welding of components for the chemical, paper, textile and pharmaceutical industries
Used to weld 301, 302, 304L, 308 and 308L stainless steel

Key Benefits:

Superb all position performance
Very low spatter
Excellent slag peeling minimizes cleanup

Spec Sheet available upon request

309-LP

E309LT0(1)-1(4)

Application:

Ideal for welding of refinery and chemical processing equipment, furnace and auto exhaust parts
Used to weld Type 309 stainless steel, to join carbon and low alloy steels to austenitic stainless steels, to weld 304 clad sheets and for the first layer cladding of carbon steel

Key Benefits:

Smooth arc transfer with minimal spatter
Produces finely rippled, even and well washed bead
minimizes cleanup time due to freely peeling slag

Spec Sheet available upon request

309-MoL

E309LMoT1-1(4)

Application:

Dissimilar welds between carbon low alloy steels to stainless steels
Buffer layer welding for cladding overlays

Key Benefits:

Suitable for all position welding makes easier re-arcing, beautiful bead appearance and better slag removability
Resistance to heat and corrosion

Spec Sheet available upon request

M309-L

E309LT0-G

Application:

Used mainly for thin plate stainless steels and for the welding of automotive mufflers

Key Benefits:

Contains Ferrite in austenitic structure which gives excellent weldability, good corrosion and heat resistance

Spec Sheet available upon request

310

E310T0-1(4)

Application:

Used mainly for welding AISI 310 stainless steel but also for straight chromium stainless as well as many grades of carbon and alloy steel

Key Benefits:

Excellent corrosion resistibility and heat resistance

Spec Sheet available upon request

312

E312T1-1(4)

Application:

Used for welding of dissimilar metals such as the joining of carbon steels to stainless steels high in Nickel

Key Benefits:

Resistant to cracking even when highly diluted
Superb all position performance
Flat, well washed beads with minimal weaving
Spatter is low
Slag removes easily

Spec Sheet available upon request

316-LP

E316LT0(1)-1(4)

Application:

Used in the pulp and paper industry, chemical and textile processing equipment, furnace parts, and parts exposed to marine environments

Key Benefits:

A smooth arc transfer with minimal spatter
Produces finely rippled, well-washed bead
Handles marine environment
Minimizes cleanup time

Spec sheet available upon request

317-L

E317LT1-1(4)

Application:

Used to weld type 316 and 317 stainless
Ideal for applications in the pulp and paper industry and for welding food and pharmaceutical equipment

Key Benefits:

Low carbon content minimizes precipitation, maximizes resistance to intergranular corrosion
Resists pitting corrosion
Low spatter
Achieves flat, well-washed beads with minimal weaving
Reduces cleanup due to exceptional slag peeling

Spec Sheet available upon request

347

E347LT1-1(4)

Application:

Used in stainless steel structures, pressure vessels, tanks in dairy, pulp and paper, textile dyeing, refinery and chemical equipment

Key Benefits:

Low spatter generation
Excellent bead shape and appearance
Slag removes easily
Good deposit efficiency when used for flat and fillet welds of medium and heavy thickness plates

Spec Sheet available upon request

409-Ti

E409T0-G

Application:

Designed for the horizontal fillet welding of AISI 409 ferrite stainless steels

Key Benefits:

Spatter free and no slag formation when used with Argon or Argon Oxygen mixed shielding gas
High speed welding can be carried out on thin plate material without burning through

Spec Sheet available upon request

410

E410T1-1(4)

Application:

Suitable for welding alloys of similar composition
Also used for surfacing of carbon steels to resist corrosion, erosion or abrasion

Key Benefits:

Good corrosion and oxidation resistance up to 1200F
Superb all position performance
Welds with low spatter. Slag removes easily
Minimal weaving is required

Spec Sheet available upon request

410-NiMo

E410NiMoT1-1(4)

Application:

Used in a wide variety of welding and overlay applications for hydro power generation and some high pressure compressors

Key Benefits:

Superb all position performance
Welds with low spatter . Slag removes easily
Deposited welds have excellent erosion corrosion performance

Spec Sheet available upon request

904-L

Application:

Suitable for welding air pollution control plants, chemical processing equipment, metallurgical processing equipment, oil and gas processing equipment, pulp and paper processing equipment, seawater and brackish water systems

Key Benefits:

Excellent corrosion resistance
Provides good chloride stress corrosion cracking resistance
Withstands environments containing dilute sulfuric acid
Offers good resistance to inorganic acids

Spec Sheet available upon request

2553

E2553T1-1(4)

Application:

Suitable for welding duplex stainless steels containing approx. 25% chromium
Well suited for welding similar materials in the chemical and fertilizer industries, offshore pipelines, sour gas lines etc.

Key Benefits:

Offers greater resistance to intergranular corrosion, pitting and stress corrosion cracking
Superb all position performance
Smooth, stable arc with very low spatter
Bead is smooth, shiny and silvery in appearance
Slag removes easily

Spec Sheet available upon request

2594

E2594T1-1(4)

Application:

Suitable for welding duplex and super duplex materials in the chemical and fertilizer industries, energy generation, flue gas desulphurization
Suitable for offshore applications including piping systems, pumps valves and heat exchangers

Key Benefits:

Superb all position performance
smooth, stable arc with very low spatter
Bead is shiny, smooth and silvery in appearance
Slag removes easily
Delivers better integraunlar corrosion resistance

Spec Sheet available upon request

625

ENiCrMoT1-1(4)

Application:

Designed for welding of Inconel 600 and 625 Nickel alloys, 9% Nickel
LNG Storage Tank manufacturing, desulfurization, Heat exchanger

Key Benefits:

Excellent welding properties and weld bead appearance
Excellent resistance to general corrosion as well as pitting and inter-crystalline corrosion in chlorinated environments
Controlled Ferrite content for maximum corrosion resistance
It can be used for 9% Ni steels, dissimilar welding of Inconel to stainless steel

Spec Sheet available upon request

276

ENiCrMo4T1-1

Application:

Suitable for welding nickel-chromium-molybdenum base metal to itself, to steel, and to most other nickel-base alloys
Suitable for pipelines, pressure vessels, chemical processing plants, offshore oil and gas facilities, and marine environments

Key Benefits:

Provides excellent corrosion resistance in many harsh conditions
Resistant to crevice corrosion and pitting

Spec Sheet available upon request

ENiCr3T1-1

Application:

Used for nickel base alloys which has a fluid weld puddle leaving a nice weld bead appearance and very easy slag removal
Used to weld many combinations of Inconel 600, 601, 690, 800, 800HT or nickel base metals to carbon steel, stainless steel, nickel and nickel-copper

Key Benefits:

Metal has good strengths and resists fissuring and corrosion and ozidation up to 900F

Spec Sheet available upon request