TIG (tungsten inert gas) welding is a technology that is current being used by most welding companies. The technology has become more popular because there are more than 50 different techniques involved in it. It also has the ability to produce high-quality, clean welds for different types of metals, making it the best option for creating medical devices, automobiles, and delicate components. Here, we aim at helping you understand more about TIG welding and the advantages of using it.
TIG Welding
TIG uses non-consumable tungsten electrode to deliver current to welding parts. It also uses inert gas to protect and cool tungsten and welds. It has the ability to soft start and soft stop the heating process, making it different from other types of welding. The TIG welds are usually strong and aesthetically appealing when executed correctly. For companies that focus on making precise and intricate welds, TIG welding is their choice since it works well on stainless steel and aluminium metals. It offers great control over the process, leading to clean and precise welds with less or no distortion. This minimizes the chances of destroying the welds making it ideal for critical applications like in aviation sector.
Benefits of TIG Welding
Exceptional Precision and Great Control
As discussed above, TIG produces highly precise welds. This has made the method more popular since welders can make clean and smooth components. The end results are usually clean and the joints have no hiccups, appearing to be more precise and purely beautiful. The companies that use TIG welding can produce more delicate pieces since the equipment used is lightweight and the welder can change the amperage through a switch. Micro Weld is a TIG welding company that offers precision welding services in diverse sectors including medical and industrial applications. The ability to control heat level and change amperage ensures you get the desired design.
Variety and Versatility
With TIG welding, any metal can be welded since it is extremely adaptable. It is the most flexible type of welding and can be used on any metal surface including alloys, copper, nickel, and stainless steel. It is also diverse on the variety of applications. It can be applied in almost all industries as there is no need for flux and the tungsten electrode doesn’t melt even at high temperatures. TIG is flexible and can be used in different positions including horizontal, vertical, and flat surfaces. Its flexibility is enabled by the fact that it does not need a filler material to operate.
No Need for Cleaning After Welding
For those who need clean welds, TIG welding is the way to go. Ensure you hire TIG welding services from reputable welding companies to get precise results. Unlike other welding techniques, TIG welding does not require cleaning after finishing. Since the method is extremely precise and regulated, factors like spark don’t affect the weld. The welds can be used as soon as the process is finished as there is no need for cleaning. Additionally, the welds produced are stronger since the cleaner the weld is the more strong and presentable it becomes.
Reduced Welding Hazards
Welding can be dangerous sometimes due to the sparks produced during the process. This puts the workers at risk of being burned by the sparks and fumes if they are not properly dressed in safety gear. The absence of sparks and fumes during production increases the safety of the welders during the operations. Workers do not need to worry if their health is at risk since the method minimizes most health hazards by offering clean operations.
In conclusion, technology developments have greatly impacted the welding industry. It has led to diverse welding solutions that result in better quality welds than before. TIG welding is among the most popular technique, especially in industries that require precise and clean work. Its ability to work without fumes and sparks allows production of perfect and clean work. It is also flexible and versatile, making it applicable in most industries. It offers the welder extreme control over the heat, thus making precise, smooth, and clean welds.