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.
There are a few commonly used welding process. The top used are shielded metal and arc welding.
Yes, resistance welding is used in production welding. It is used extensively in the automotive industry.
Argon is the most common gas used in gas metal arc welding.
It is most commonly used, due to the fact the materials that can be welded this way are very common, and the equipment is is relatively inexpensive.
Acetylene is commonly used in welding with oxygen to create a high-temperature flame for cutting and welding metal.
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.
Yes heat resistant gloves are a good idea for welding though very thick leather welding gloves are most commonly used and safest. Global Industrial is good.
== == 95% Argon 5% CO2 is most commonly used for spray MIG.
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.
A stick used for farming is commonly referred to as a hoe.
There is no BEST process for all conditions/situations/materials/applications. Easiest to use would probably be GMAW (MIG welding). Most useful for all applications and metals including cutting OAW (Oxy-Acetylene welding) usually referred a to as Oxy-Fuel. Most widely used process is probably SMAW (stick welding) which would also be most portable and cheapest to purchase. GTAW (TIG/Heliarc) is used mostly indoors on thinner and or non ferrous metals ( Aluminum, Stainless Steel, and most alloys. If I were to set up a shop at home I would consider a DC stick welding machine (preferably a rectifier type) and an Oxy-Acetylene setup.
There is no BEST process for all conditions/situations/materials/applications. Easiest to use would probably be GMAW (MIG welding). Most useful for all applications and metals including cutting OAW (Oxy-Acetylene welding) usually referred a to as Oxy-Fuel. Most widely used process is probably SMAW (stick welding) which would also be most portable and cheapest to purchase. GTAW (TIG/Heliarc) is used mostly indoors on thinner and or non ferrous metals ( Aluminum, Stainless Steel, and most alloys. If I were to set up a shop at home I would consider a DC stick welding machine (preferably a rectifier type) and an Oxy-Acetylene setup.