sif products | mig wire - mild steel

A18/SG2 copper coated mild steel MIG wire for welding mild and medium tensile steels, for impact toughness down to -20C. • 0.6mm diameter on a 15kg spool • CE Certified to meet the requirements of EN1090 • Standard: EN ISO 14341-A - G 42 2 C1 /M21 3Si1.

SG3/G4Si1 copper coated mild steel MIG wire with increased silicon and manganese for improved UTS. • 0.8mm diameter on a 15kg spool • CE Certified to meet EN1090 requirements • Standard: EN ISO 14341-A - G 42 2 C1 / 46 5 M21 4Si1.

Double-deoxidised mild steel MIG wire, free from copper coating with increased silicon and manganese content for welding unalloyed and low-alloyed mild and medium tensile steels requiring good impact toughness down to -20°C. Manufactured with a high-quality uncoppered finish for improved feeding and conductivity, SIFMIG ZERO SG3 typically provides a higher ultimate tensile strength over standard SIFMIG SG2 and the absence of copper on the wire surface results in a cleaner deposit and avoids the .

Double-deoxidised mild steel MIG wire, free from copper coating with increased silicon and manganese content for welding general, unalloyed and low-alloyed mild and medium tensile steels. Manufactured with a high-quality uncoppered finish for improved feeding and conductivity. The absence of copper on the wire surface results in a cleaner deposit and avoids the metallurgical risks of increased copper in the weld pool.

A copper coated, alloy steel wire containing 1.0% chromium and 0.5%molybdenum. • It is ideal for low alloy and creep resistant steels.

A copper-coated low-alloy steel wire containing 0.5% molybdenum. • Suitable for use on low temperature pressure vessel and pipe work applications • EN ISO 14341-A G4Mo.

A copper-coated low-alloy steel wire containing 0.5% molybdenum. • Suitable for use on low temperature pressure vessel and pipe work applications • EN ISO 14341-A G4Mo.

Copper coated mild steel MIG wire for welding mild and medium tensile steels, for impact toughness down to -20C. • Standard: EN ISO 14341-A - G 42 2 C1 /M21 3Si1.