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Process: FCAW

Flux-cored arc welding (FCAW) applications require a tubular electrode containing a specialty flux agent. The continuously-fed consumable electrode is welded with the use of an external shielding gas. Some of the common benefits of FCAW include high-speed welding and machine portability, making it the ideal method for many construction and industrial repair applications.

DevStar 2209-FC

Duplex stainless flux-cored wire for welding super-duplex stainless steel grades with 25% Cr, alloy forging and casting repair of materials such as ASTM Grade A182, and A890, and a variety of welding applications in the oil and gas and pulp and paper industries. DevStar 2209-FC is available as E2553T0-4 for flat and horizontal welding and…
AWS: A5.22 (E2209T0-4), A5.22 (E2209T1-4)
Process: FCAW
Alloy Type: Stainless

DevStar 2553-FC

Flux-cored, all position 2553-T1 wire for duplex stainless steels containing approximately 25% Cr.
AWS: A5.22 (E2553T1-4)
Process: FCAW
Alloy Type: Stainless

DevStar 307-FC

Stainless flux-cored wire best for joining dissimilar metals. Alloy contains higher Mn for improved crack resistance caused by welding of dissimilar metals.
AWS: A5.22 (E307T0-4)
Process: FCAW
Alloy Type: Stainless

DevStar 308L-FC

Stainless flux-cored wire for fabrication and repair of 301, 302, 304L, 308, and 308L stainless steels. Carbon is restricted to less than 0.04% to reduce the chance of intergranular corrosion from carbon precipitation.
AWS: A5.22 (E308LT1-4), A5.22 (E308T1-4)
Process: FCAW
Alloy Type: Stainless

DevStar 309L-FC

Stainless flux-cored wire for welding 23.5% Cr – 13% Ni, and similar alloys, as well as joining dissimilar metals, such as Type 304 and carbon steel.
AWS: A5.22 (E309T1-4), A5.22 (E309LT1-4)
Process: FCAW
Alloy Type: Stainless

DevStar 309LMo-FC

Stainless flux-cored wire for joining dissimilar metals at services below 600°F and for overlay of carbon and low-alloy steels. Molybdenum alloyed at approximately 2.5% to improve high-temperature ductility in dissimilar welds, as well as to increase resistance to pitting corrosion. Carbon is restricted to less than 0.04% to reduce the chance of intergranular corrosion from…
AWS: A5.22 (E309LMoT1-4)
Process: FCAW
Alloy Type:

DevStar 309LNb-FC

Stainless flux-cored wire for overlay of carbon and low-alloy steels. Niobium added as a stabilizer for carbides. Carbon is restricted to less than 0.04% to reduce the chance of intergranular corrosion from carbon precipitation.
AWS: A5.22 (E309LNbT1-4)
Process: FCAW
Alloy Type: Stainless

DevStar 310-FC

Stainless flux-cored wire for welding Type 310 stainless steels and other base metals of similar composition.
AWS: A5.22 (E310T0-1)
Process: FCAW
Alloy Type: Stainless

DevStar 316L-FC

Stainless flux-cored wire for welding Type 308, 308L, 316, and 316L stainless steels. This alloy is available as E316LT0-1 for flat and horizontal welding using 100% CO2 and E316LT1-4 for vertical welding using 75% Ar / 25% CO2 shielding gas.
AWS: A5.22 (E316LT0-1), A5.22 (E316LT1-4)
Process: FCAW
Alloy Type: Stainless

DevStar 347-FC

Stainless flux-cored wire for welding AISI 321, 321H, 347, 347H, and similar Cr-Ni alloys stabilized with Nb or Ti.
AWS: A5.22 (E347T1-4)
Process: FCAW
Alloy Type: Stainless