Mig Wire

TECHANICAL PROPERTIES OF AS WELD METAL

Tensile strength (Min) : 500 N/mm2

Yield Stress (Min.) : 420 N/mm2

% Elongation At GL = 5.5 â??50 : 22 Min.

Impact Energy Charpy V notch At 20�°C : 27 Joules Min.

CURRRENT CONDITION: USE DC (+) ONLY

1.
Size of wire (mm) : 0.80

Current Amps (DC) : 50-160

Volts : 20-30

CO2 Gas flow (lt/mm) : 10-15

2 .
Size of wire (mm) : 1.00

Current Amps (DC) : 80-200

Volts : 20-30

CO2 Gas flow (lt/mm) : 12-20

3 .
Size of wire (mm) : 1.20

Current Amps (DC) : 120-280

Volts : 22-40

CO2 Gas flow (lt/mm) : 15-25

Specification :
IS:6419


SIZE RANGE : 0.80 MM, 1.00 MM, 1.20 MM

DESCRIPTION :
Metal Inert Gas (MIG) welding is a gas metal arc welding (GMAW) process that uses a continuous solid wire electrode which is heated and fed into the weld pool from a welding gun.
MIG is an attractive alternative to MMA, offering high deposition rates and high productivity

APPLICATION :
When it comes to MIG welding, it uses a combination of heat and an electrode wire to create a molten pool to fuse two pieces of metal together.
In MIG welding, you can easily join a variety of metals, and the type of wire used is determined by the type of metal being welded.