MIG stands for metal inert gas welding. An arc welding method using a conservable metal electrode and a shielding gas is used to cover the welding are covered from the atmospheric oxygen and other containments. It was initially designated for welding aluminum but later created to hold other metals. MIG welding offers a quicker rate of welding than other holding practices.
MIG welding employs an electrical arc to heat up the metal and join the pieces. In MIG welding, the electrode functions as the filler, expended, and placed on the holding area. MIG is user-friendly and speed of the welding process. It is cheaper than TIG. TIG antonym for Tungsten Inert Gas Welding, where the conductor applied in the welding is specifically a Tungsten electrode, and only the Argon gas is used.
TIG has a structural difference in the filling. Since the electrode is non-disposable, the filler must be provided externally, or else when holding thinner metal sheets, no filler is used. TIG fusing is a semi-automatic process where a foot pedal operates. TIG welding is usually utilized in non-ferrous metal joining, but it can be applied to iron alloys too. The intricacy of the welding process and the expense are significant concerns in TIG welding.