Argon-Electric-Gas Welding Labour
Argon-electric-mag welding (MIG/MAG) is a welding method used to join metal parts. In this method, a metal wire electrode is used and argon or mixed gases (usually a mixture of carbon dioxide and argon) are used to create the welding arc. These gases ensure that the weld is kept in an airless environment and prevent oxidation.
Argon-electric-gas metal arc (MIG/MAG) welding usually involves the following processes:
Preparation
The parts to be welded are cleaned and properly aligned. The welding device and other equipment are also prepared.
Gas and Current Adjustment
The gas and welding current to be used for the welding process are adjusted according to the material type, thickness and other factors.
Electrode Feeding
The wire electrode in the welding gun is fed continuously during welding. This ensures that a melt pool is created between the parts to be joined.
Welding Process
The welding gun is placed at the point where the electrode emerges and the welding current is switched on, creating an arc. The arc creates a molten pool between the electrode and the parts to be joined and this pool joins the metal parts.
Control and Finish
After the welding process is completed, the temperature of the joined parts is checked and allowed to cool down. Then, the weld seam is straightened with the necessary processes and final checks are made. Argon-electric-magnetic (MIG/MAG) welding is widely used for joining different materials such as steel, aluminium and stainless steel. This method is favoured in many industries as it provides high productivity and relatively low skill requirements.
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