Impact of activated–flux tungsten inert gas (a-tig) welding on weld joint of a metal – Review
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Description
Welding is applied in every industry and it’s a major method of manufacturing and revamping
metal products because its generally economical, efficient and reliable as a means of joining
together metals. Various ways have been proposed to improve the process ranging from adjusting
the various welding parameters like welding current, voltage, arc length, width, type of shielding
gas used, to using arc pulsing. The method that has however gained the most attention is the
Activated-flux TIG welding process which utilizes welding flux to help reduce the bead width and
increase the weld penetration. In order to improve the TIG welding process’s industrial efficiency
and penetration ability, one method commonly applied is the use of activating flux with the welding
process. This review provides insight to the impact of Activated - Flux Tungsten Inert Gas Welding
on weld joint of a materials metal.
Keywords
TD Environmental technology. Sanitary engineering, TJ Mechanical engineering and machinery