Welding is a type of production process that combines two materials. This type of material is usually a metal or thermoplastic that causes a synthesis.
Welding differs from other joining techniques such as soldering or brazing, which use relatively low temperatures. The filler material makes the joint stronger than the base material. You can also find the best services for TIG welding through https://ogis.com.au/services-capabilities/welding-service/
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The two most popular methods are TIG or tungsten inert gas welding and metal inert gas welding or MIG. The TIG process uses a tungsten electrode which also contains a filler rod. There is also an inert gas that protects the tungsten electrode.
DC power supplies are often used to generate electricity. TIG technology can be used to weld metals such as aluminum and magnesium alloys. TIG welding is relatively slower than other welding processes but can produce welds of very high quality.
Non-consumable tungsten electrodes and various protective gases are used during the welding process, including helium (He) and argon (Ar).
- This is especially useful for thin materials
- This results in excellent, high-quality welds
- This gives the operator complete control over welding variables such as heat
- Minimal distortion
- Leave no trace of slag or splash
The TIG welding machine offers you great welding beads. It is suitable for metals of various thicknesses, including very thin metals. The gas tungsten arc welding process is ideal for bonding thin base metals, as the heat supplied can be better controlled.