Stick welding is a process in which a metal joint is fused together by the intense heat generated by an electrical arc. The "stick" in stick welding comes from the stick electrode that acts as the arc emitter and as a filler rod. It is used in various welding applications especially for heavy metal work. It is commonly used for this because of the ease of transmitting a powerful arc though the stick electrode.
This is a term used in MIG (metal-inert-gas) welding. When you pull the trigger to weld, wire travels out of the nozzle, strikes the workpiece, and starts the welding current. The further away you hold the gun, the further the wire 'sticks out' before it touches the workpiece. The amount of stickout affects the weld arc characteristics, and also can cause contamination of the weld due to shielding gas mixing with air if the distance is too great.
Stick welding
TIG welding electrodes do not melt under most applications. Electrode means it carries electrical current. In MIG welding the wire becomes the electrode. In TIG and Gas Welding the filler material is called a rod. Stick welding uses rods called electrodes.
Tungsten Inert Gas (orTIG) welding is also referred to as GTAW (Gas Tungsten Arc Welding) and by the term Heliarc® which was the Linde Company's trade name for the TIG process when it was originally introduced.The welding arc is started with a sharply pointed tungsten electrode shielded by inert gas. A separate filler rod is fed manually into the weld puddle in much the same way as is done when gas welding.The process is well suited for aluminum.
I am not sure your question is clear enough but here I go... Stick Arc Welding (AC or DC), MIG (Metal Inert Gas) and TIG (Tunsten Inter Gas). All three of these are the basic metal welding machines.
It is sometimes called "stick welding", because of the filler metal. The filler metal is in the form of heavy wire coated with flux.
Stick welding
Welding tip
welding.
I was taught oxy/acetylene welding first, then stick. TIG welding is just like oxy/acetylene except much easier (less variables and a foot control to make minor corrections or even pulse the weld) I would recommend you learn both. TIG welding for precise/clean welding. Stick for some larger, perhaps special welding (hard facing tools - bigger pieces of steel).
Shielded Metal Arc Welding, known colloquially as "stick".
There are a number of different welding techniques you will learn at welding school. Some of the techniques you will learn include Mig, Tig, Stick & Pipe.
Stick welding machines are usually the least expensive machines available. Stick welding SMAW is used to fabricate steel and many other kinds of metals. A big variety of electrodes including cutting rods are available. This process is relatively easy to learn and use. From small farms to big industries to home workshops stick welding is the first choice from beginners to craftsmen.
MIG, TIG, and Stick Welders are sold my Miller Welding. Miller Welding also provides maintenance and repairs to welding equipment. One can also purchase accessories from Miller Welding.
To get a smooth welding action, you need to strike a proper spark that gets the Rod melting properly.
They sell a spot welding gun that plugs into a DC arc welder. If you have an AC225 or some other AC-only machine, this won't work. In general, tho, spot welders have their own power supplies so you don't need to reconfigure your stick welding machine for this.
It can be. Basic welding techniques can get you started in the welding field. Stick welding in the flat position for example. The more experience you get usually translates to more money. Certain processes take more skill such as TIG or plasma welding as well as pipe welding and underwater welding. These are considered highly skilled.
I would say that SMAW (stick) is still the most widely used process. The GMAW (mig) process has gained a wide acceptance in construction and fabrication and may even have surpassed stick welding in many situations. Unfortunately with mig welding the machine has to be close to the welding site. Dragging a welding lead into and around fabrications is still much easier than moving a mig machine.