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How to Determine Which Welding Method to Use

In the welding industry, there are many different methods to use in order to complete a project. That’s why one of the first steps you have to take when welding is choosing which method is best for your specific project. This guide will help you understand how to determine which welding method to use for completing your next task.

Consider How Much Time You Have

A key factor on which welding method you should use is how long you have to complete the task at hand. For instance, flux core welding, which utilizes a consumable electrode coated in flux to produce a shielding gas, is a very productive method of welding. However, TIG welding (aka Gas Tungsten Arc Welding), which requires a non-consumable electrode, is a slower process. However, TIG welding still delivers a high-quality weld.

Know What You’re Welding

After taking your schedule into consideration, you have to decide which method is ideal for the specific metal you’re welding. When it comes to thicker metals, arc welding methods such as MIG welding (aka Gas Metal Arc Welding) are typically the best option. However, TIG welding is typically the better option for dealing with thinner pieces of metal.

Aside from thickness, certain welding methods are better for certain metals. For instance, TIG welding is a great option when welding with a wide selection of metals, such as steel, aluminum, titanium, nickel alloy, and copper. Stick welding, on the other hand, is the best choice for welding with iron.

These are the most important factors to consider when it comes to figuring out how to determine which welding method to use. After taking the above factors into consideration, you still have to thoroughly research the process that is most appealing to you. For instance, you have to understand the basics of MIG welding before you try it for the first time, and the same goes for any other welding process. After accruing the right knowledge and experience, the welding method of your choice will become business as usual.

Written by Logan Voss

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