Coated Electrode
In coated electrode welding, the electric arc is established between the coated electrode and the workpiece. The arc causes fusion between the workpiece and the electrode, depositing the material.
Welding
MIG (Metal Inert Gas)
In the MIG welding process, the electric arc is opened between a continuously fed wire and the base metal. The molten region is protected by an inert gas or a mixture of gases (Air, CO2, He or O2).
Welding
TIG (Tungsten Inert Gas)
The TIG welding process is defined by the electric arc established between a non-consumable tungsten-based electrode and the part to be welded. The molten pool is protected by a flow of inert gas (Air).
Welding
Submerged Arc
In this process, a solid or tubular wire is fed continuously, establishing an electric arc with the workpiece. A granular flux surrounds the electric arc, protecting the metal to be melted and the molten pool from atmospheric contamination. As the electric arc is completely covered, it is not visible and the weld takes place without light, sparks or spatter.
Welding
Laser
In the laser welding process, a concentrated beam of light heats the surface above the melting point, providing welds with or without added material, with low penetration and low heat input.
Ideal for welding parts that cannot deform thermally.
