UK Mainland delivery between 12/05/2025 to 13/05/2025
Copper coated, double deoxidised mild steel MIG wire for welding unalloyed and low-alloyed mild and medium tensile steels, for impact toughness down to -20C.
UK Mainland delivery between 12/05/2025 to 13/05/2025
Double deoxidised mild steel MIG wire, free from copper coating with increase silicon and manganese content for welding unalloyed and low-alloyed mild and medium tensile steels.
UK Mainland delivery between 12/05/2025 to 13/05/2025
Double deoxidised mild steel MIG wire, free from copper coating with increase silicon and manganese content for welding unalloyed and low-alloyed mild and medium tensile steels.
UK Mainland delivery between 12/05/2025 to 13/05/2025
Copper coated double de-oxidised mild steel MIG wire, with increased silicon and manganese content, for welding unalloyed and low-alloyed mild and medium tensile steels requiring good impact toughness down to -20C.
UK Mainland delivery between 12/05/2025 to 13/05/2025
Copper coated double de-oxidised mild steel MIG wire, with increased silicon and manganese content, for welding unalloyed and low-alloyed mild and medium tensile steels requiring good impact toughness down to -20C.
UK Mainland delivery between 12/05/2025 to 13/05/2025
An aluminium alloy containing 12% silicon, for high silicon alloys and automotive work. Typically chosen where colour matching to parent material is important.
UK Mainland delivery between 12/05/2025 to 13/05/2025
An aluminium alloy containing 12% silicon, for high silicon alloys and automotive work. Typically chosen where colour matching to parent material is important.
UK Mainland delivery between 12/05/2025 to 13/05/2025
An aluminium alloy containing 12% silicon, for high silicon alloys and automotive work. Typically chosen where colour matching to parent material is important.
UK Mainland delivery between 12/05/2025 to 13/05/2025
An aluminium alloy containing 12% silicon, for high silicon alloys and automotive work. Typically chosen where colour matching to parent material is important.