The TIG welding process is a fusion welding method that uses a non-consumable tungsten electrode. A bell of an inert gas protects both the electrode and the arc and the melting bath
TIG welding is one of the most effective methods, and that provides the highest quality in the union of metallic elements. It is applied in high-quality joint joints in nuclear power plants; thanks to the joint’s cleanliness, it is ideal for welding aluminum and TIG welding steel to be used on a wide variety of metals.
The TIG welding equipment consists of a power supply unit, the hose with the torch,and a gas protection circuit. Unlike the stick welding process, where the electrode has multiple functions, in this process, the electrode has a single function: to produce the electric arc.
The electrode does not melt together with the welding, a material that withstands much more heat than tig welding steel was sought, hence the choice of Tungsten, which has an incredible melting temperature of 3,410 ° C.
Parameters are important for TIG welding
For a TIG welding operation to be successful, it requires an excellent combination of adjustments of the parameter options that the equipment has. The variety of factors that must be taken into account based on the operator’s knowledge plays a preponderant role when adjusting these parameters and the equipment’s configuration.
Some of these parameters to be taken into account are the type of base material to be welded, the thickness of said material, the type of joint to be made, and the weld’s position. In the case of TIG welding steel, it is necessary to be clear about the type of steel to make the pertinent adjustments.
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In Metalworkmaster, people can get valuable information about the TIG welding steel and all the recommended parameters to weld according to the required requirements. You will get valuable information that will be very useful when setting up TIG welding equipment on this page.