The 4 most common welding processes at present


There are more out there welding processes, so I have fingers and toes! Let's face it, If you take the Classifieds, and looking for welding jobs, There are going to be four types of welders that are in demand! That's why these four welding processes are the most commonly used:

  1. stick welding
  2. MIG welding
  3. TIG welding
  4. Flux Cored Arc Welding

stick welding is one of the oldest welding processes used today. It's a very practical when it comes to be able to weld in the workplace, in a store, or even at home. The most common metals Stick are soldiers of steel and stainless steel. Even though the stick welding is capable of welding many other metals are those time has proven to be the most practical.

MIG welding is what is considered a semi-automatic welding process. His main appeal is the ease of use and fast production. MIG welding is typically used in factories, manufacturing workshops and automobile manufacturing. The equipment can be complicated to set up, but when things are in place, It is a breeze to operate. The metals most commonly MIG welded steel, stainless steel and aluminium.

TIG welding is known for the quality of the weld that produces. Furthermore, is the most difficult to operate and requires great skill. The main attraction of TIG welding can weld any metal known. Most commonly this welding process is used in places that require extremely high quality welds or on exotic metals, as titanium.

Flux cored arc welding is not really another welding process. This process is nothing more than a different filling metal or wire used in a MIG welding machine. Is the fastest of the most common welding processes used today. For this reason, is typically used anywhere that requires large amounts of welding as in shipyards. The metal is better steel welding. There are current developments for other steel alloys and metals, but is the metal most widely soldier with this process.

Originally published in Ezine, automatically translated to Portuguese

Source for David Zielinski

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