Tig vs. Oxy

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Cory Kinser 101007 Tyson Sims Compare and Contrast Essay Oxy-acetylene Vs. Gas Tungsten Arc Welding Oxy-acetylene Welding and gas tungsten arc welding are two of the most important processes in the welding industry. Gas tungsten arc welding and oxy-acetylene welding are the only welding processes that have any resemblance to each other. Both gas tungsten arc welding and oxy-acetylene welding are unique in many different ways. It take years of practice to master either one of the processes. The oxy acetylene process and the gas tungsten arc welding process both play a big part in the welding world. Oxy-acetylene welding has become less popular in industrial applications over the years, but is still used extensively in field and shop work. Oxy-acetylene is quite common in automotive repair shops, as well as plumbing applications, fabricating, and even artisan welding. The oxy-acetylene process is quite versatile, and can be used to weld most metals; it can be used as a cutting torch, as a brazing torch, and as a torch to heat metals for bending and forming. Unlike gas tungsten arc welding, which can’t be used outdoors because of the shielding gas issue, oxy-acetylene equipment can be used practically anywhere. Some Other advantages to oxy-fuel welding include the relatively low cost of equipment, the quick learning curve compared to gas tungsten arc welding methods, and the ability to easily regulate flame temperature by adjusting the gas flow. In oxy-fuel welding, a regulator is used to control the pressure from the tanks and into the hoses. The operator then adjusts the flow rate through a set of needle valves on the torch itself. It’s necessary to establish a constant inlet pressure into the hose, otherwise the needle valves won’t be able to provide accurate flow control, and poor welds will result. Typically, regulators are constructed with two stages. In

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