One thing that a lot of people do not know about aluminum welding is that it is actually much less energy intensive than a lot of people assume. What this means is it is a lot easier to do than welding steel. However, when you are using steel-calibrated tools on aluminum you may run into some issues. That is why it is important to know the proper techniques used during aluminum welding. The main techniques include mig welding, tig welding and stick electrode. Here is a close look at what these methods mean.
Mig Welding Aluminum
This can sometimes be known as gas metal arc welding, and it is a process that involves the use of post-weld touchups in order to make your finished product look presentable. This process of aluminum welding uses an electrode from a wire that is continually fed, which forms the base of the weld. While this is known as being a messy method, it can be more easily controlled the more skilled you are at it.
Tig Welding Aluminum
Also known as gas tungsten arc welding, this process does not require that much post-weld touching up as it will leave a much cleaner finish. This makes tig welding aluminum one of the best methods for quick and easy jobs because it does not add much time to your timeline.
Welding Aluminum With A Stick Electrode
Stick electrode welding is sometimes referred to as shielded metal arc welding, which is its more technical name. This process is known for being one of the more affordable methods when it comes to aluminum welding. However, this method is known for having a lot more cleanup after the fact. The term stick comes from the electrode rod that is consumed throughout the process. This is also one of the oldest aluminum welding techniques commonly used.
This article was written by Tyler Duoos, Tyler is the owner of General Saw Company. General Saw Company takes pride in being a leader in sheet metal fabrication services to Central Florida and its surrounding areas. If you are looking for Metal Fabrication Companies to get the job done right the first time we got you covered!
