How And When To Use A Tig Welder

IG stands for inert gas tungsten and is technically referred to as arc welding gas tungsten (GTAW). The method utilizes a non-consumable electrode of tungsten, which provides the current to the welding arc. The tungsten and weld puddle, typically argon, is shielded and cooled with an inert gas.


The TIG method utilizes an electric torch and feeds the filler rod into the molten puddle by the welder side. The ability to soft start and soft heat stop differs the TIG process from other types of electrical welding. Some individuals like the accelerator pedal to regulate heat when working on a bench and others like fingertips on the torch when working in fields deemed out of place. While welding, the remote adjusts the temperature.

One tip that suggests that one should be acquainted with the welder components and the function of each element before using a TIG device. The job guide must be connected to the workpiece or to the metal surface on which the workpiece is located, often referred to as a ground cable with a clamp. The welding lead will end up with an electric TIG torch. A tiny row holds the argon gas along with the cable. Like the flux layer on a stick electrode, the inert gas works by protecting the weld against airborne contaminants. The torch breaks down into multiple components. The electrode is the tiny tungsten rod (there are several sizes available). A copper collection maintains the tungsten and is used to change the distance from the cup of the tungsten. It is possible to unscrew and replace the ceramic cup (generally pink). There are various checks on a TIG machine. Balance is one of the most critical tests for welding aluminium, which retains the level of cleaning versus aluminium penetration. The higher the balance, the greater your penetration. Typical configurations vary between 70 and 80%, or 7-8. The process is used with shielding gas and may also be used with or without the addition of filler metal. The primary variables in TIG Welding are arc voltage, welding current, travel speed, and shielding gas composition. If you are a professional you require a wrench to help with the process of welding, check out for some of the best reviews in the market.



TIG welding can be used for joining nearly all metals with superior welding quality. It is usually free of defects but it is up to you to check out the range of these TIG welders on this list to ensure the best outcome. This particular welding device is free from spattering, which happens quite recurrently with other arc welding procedures. TIG welder can be used with or without filler metal as needed for a particular implementation. It can also be used to generate low-cost autogenously (fusion) welds with excellent penetration. Furthermore, it provides distinct heat input and filler metal additions control. One setback of TIG welder is that its travel speeds and deposition rates are relatively low and increases increasing welding cost.