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SFA 308L(P)
SFA 308L(P) is flux cored wire and designed for Fillet & H-F(All-position) welding with CO2 gas Shielding.
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SFA 308LSI
SFA 308LSI is an extra low carbon 20 Cr/ 9 Ni stainless steel filler wire suitable for MIG welding of austenitic stainless steels such as 18 Cr /8 Ni type, AISI 301, 302, 304, 304L, 308 and 308L type of steels.
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SFA 309L(P)
SFA 309L(P) is flux cored wire and designed for Fillet & H-F(All-position) welding with CO2 gas Shielding.
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SFA 309LSI
SFA 309LSI is a G 23 12 LSi/ER 309LSi type solid MAG welding wire, supplied precision layer wound, depositing a low C-23Cr12Ni weld metal. Suitable for use with Ar+2%O2 or Ar+0.5…5%CO2 mixed shielding gases.
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SFA 309MoL(P)
SFA 309MoL(P) is flux cored wire and designed for Fillet & H-F(All-position) welding with CO2 gas Shielding.
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SFA 310
SFA 310 is a solid MAG welding wire ,supplied precision layer wound , depositing a C-25 Chrome, 20 Nickel weld metal suitable for use with Ar + 2% O2 or Ar + 0.5…..5% Co2 mixed shielding gases.
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SFA 312
SFA 312 is a solid MAG welding wire ,supplied precision layer wound, depositing a C- 29 Chrome, 9 Nickel weld metal suitable for use with Ar + 2% O2 or Ar + 0.5…..5% CO2 mixed shielding gases
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SFA 316L(P)
SFA 316L(P) is flux cored wire and designed for Fillet & H-F(All-position) welding with CO2 gas Shielding.
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SFA 316LSI
SFA 316LSI is a G 19 12 3 LSi/ER 316LSi type solid MAG welding wire, supplied precision layer wound, depositing a low C-19Cr12Ni2.5Mo weld metal. Suitable for use with Ar+2%O2 or Ar+0.5…5%CO2 mixed shielding gases.
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SFA M70
SFA M70 is a metal cored wire which combines the high deposition rates of FCW and the high efficiencies of a solid wire.
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SFA T-50
Flux cored wire for all positions with excellent weldability characteristics. The SFA-T50 leaves a welding bead perfectly flat and with low spatter level. Designed for single-pass or multi-pass, the slag is easily removed and is prepared for use with Ar / CO2 (20-25%) or CO2 gas. It has excellent results in low temperature impact tests.
It is a flux cored wire of great efficiency thanks to its high deposition rate.
Extremely versatile for a wide variety of applications, such as shipbuilding, storage tanks, bridges and general fabrication of structural steels.