Accuracy, Precise results, ease of use, skilled craftsmanship, economical and profits. These are some of the basic requirements any company would basically look out for. And so does the mechanical industries. Mechanical industries require a lot of cutting and welding of metals and alloys for their manufacturing. In fact manufacturing is the backbone for profits for these mechanical industries and when it comes to welding, they prefer TIG welding. It is simply because TIG welding provides the most accurate welds and welding is something that has to be perfect and no one can tend to bend their expectations. TIG welding stands for Tungsten Inert Gas Welding.

TIG welding has several advantages. One among them is that it does not have flux and thus, we can weld components of appliances such as refrigerators. Welding can be done in different positions. There is no splatter effect during the welding procedure. It is highly precise in producing results and thus very helpful when thin metals are involved in the manufacturing procedure.

As they provide high quality precise results several industries prefer this welding technique. Some among them are chemical, aircraft, atomic and instrument manufacturing industries. TIG welding is preferred especially when non ferrous metals are involved in the manufacturing requirements.

Differences between TIG and MIG are as follows;

• Tig uses non consumable electrode method and MIG uses vice versa.
• Tig uses tungsten electrodes
• Tig uses constant current supply while MIG uses constant voltage supply
• Tig is used for high temperature applications

TIG welding is the welding method that is most preferred by many manufacturing companies because of the accuracy in the welds one can achieve. TIG welding is the acronym for Tungsten inert gas welding will be known by all. Most industrial processes prefer TIG welding ahead of other types of welding even though it takes considerably more time because of the quality welds they provide.

There are numerous advantages of using TIG welding like there is no flux so one can weld components of home appliances like refrigerators. One can use this welding method to weld in different positions without much splatter. TIG welding will also be the first method preferred when one is dealing with welding thin materials.

TIG welding has a wide range of applications in various types of industries, since they provide assured quality welds they are preferred by a variety of industries. Aircraft, chemical, atomic and instrument industries use this welding techniques to get precision welds. Welding in non ferrous metals and in sealing joints too TIG welding technique is preferred.

In TIG welding, tungsten electrode heats the metal that you are welding and gas protects the weld from airbone contaminants. If you notice TIG welding does clean welding on any type of metal. It is non-consumable tungsten. Shielding gas protects weld and also produces high quality, clean welds.

Benefits of TIG welding:

• TIG welding can be used to weld steel, stainless steel, nickel alloys, magnesium, copper and even gold etc. It can also weld wagons, bike frames, door handles, fenders and more.

• TIG can create clean welding. Since filler metal is added to the welding puddle, no spatter or sparks are produced.

• As argon protects the weld puddle, no flux is required or used in TIG welding. Also, finished weld will not have slag to remove between weld passes.

• TIG welding does not create smoke or fumes. Do remember to clean the base metal before welding.

• Because Argon can be used to TIG weld all metals and thicknesses you will require only one type of gas in your shop to handle all your welding projects.

• TIG welds can be made in all positions.