Welding is a procedure used in joining metals. It involves the application of heat and pressure in the two metallic surfaces being joined which later on melt before cooling to solidify and join. You should have the right equipment for a successful welding experience. Make sure you have proper welders for the practice you want to do.

There are four popular types of welding procedures. They include shield metal arc welding (SMAW), gas metal arc welding (GMAW/MIG), gas tungsten arc gas welding (GTAW/TIG), and flux cored arc welding (FCAW). The gas metal arc welding also referred to as metal inert gas welding (MIG) involves the use of a shielding gas along a wired electrode, which heats the metals that have to be joined.

Gas tungsten arc welding involves the use of a tungsten electrode to come up with the weld. Flux cored arc welding is common in most construction projects due to its fast welding speeds and increased portability. You should also put on the right gear when carrying out these welding procedures. Make sure you have gloves, boots, and a helmet that will protect you from the sparks that come about as a result. You should choose the right welding machine to have a smooth time throughout these procedures. Here is how you can pick the best.

Compressed Gas Requirements

Different gases are used in various welding procedures. Take your time to do some research and know which type is the right one to be used on the device of your choice. Some of the common welding gases include argon, carbon dioxide, and oxygen. Get to know which of these compressed gases is the best for these welding procedures or devices.

Metal Type

The type of metal to be worked on is another thing you need to factor in. Carbon steel can handle heat from any welder used. It goes well with a wide variety of machines. Stainless steel is another type of metal that is only compatible with the metal inert gas welder and the TIG type of welder. Aluminum, which is another metal requires a steady supply of heat. Consider this to get the best welder.

Amperage

This is the amount of current that comes from a specific device. Thick metals will require more current which is different in thin metals. The type of metals you are dealing with will help you choose a method with the correct amperage.