TIG welding - an overviewWelding instructor Marty Rice explains the gas tungsten arc welding (GTAW) process, more commonly known as tungsten inert gas (TIG) welding.
|
|
The shocking truth about welding: A closer look at TIGWelding instructor Marty Rice explains how welding power current works and how failing to follow safety practices can have shocking results. He also expands upon the information contained in "TIG welding—An overview"and discusses TIG qualities, applications, hazards, and the best way to learn TIG.
|
|
Guidelines for tungsten electrodes: Identifying, selecting, and preparing tungsten electrodesChoosing one of the six commonly available tungsten electrodes is a crucial first step in successful gas tungsten arc welding (GTAW). In addition, tip preparation is critical. The electrode choices are pure tungsten, 2 percent thoriated, 2 percent ceriated, 1.5 percent lanthanated, zirconiated, and rare earth. The end preparations are balled, pointed, and truncated.
|
|
Welding austenitic stainless steel: Tips for optimal GTAW performanceJoining austenitic stainless steel with GTAW can be tricky, but with a little preparation and care, it can be done successfully. The three main factors are having the right amount of heat input, travel speed, and a shielding gas.
|
|
Learning TIGThink you want to learn TIG welding, also known as GTAW? To master the craft and avoid injury, it's imperative that you receive proper instruction. TIG is not a process that lends itself to self-teaching. This overview compares TIG with other welding processes and outlines some important steps of the process.
|
|
Welder training essentials: Positioning it right: Clearly identifying welding positions is vitalCommunicating the right welding position is vital for any welding application. Otherwise, a welder might find himself welding in positions for which he is not qualified--and that's not a good thing.
|
|
GTAW the thin line: Best practices prevent common problems when welding thin materialGas tungsten arc welding thin metals can bring up an array of problems. Fortunately, best practices can prevent those problems from occurring in the first place.
|
|
The root causes of weld defects: Poor procedures, design lead to welding problems on the floorBad welds can be traced back to poor workmanship, poor design, or a little of both.
|
|
TIG for titanium tubing: Success hinges on filler metal selection, cleanness, gas coverageAlthough titanium has a reputation for being difficult to weld, it doesn't have to be problematic. Paying close attention to filler metal selection, cleanness, and use of the shielding gas are three steps to successful GTAW on titanium tube and pipe.
|
|
Welding for all seasons: American Heli-Arc welds for general industry, racing, and even artTom Young has lived an unconventional life full of opportunities that happened because he could do what others could not: He could weld.
|
|
GTAW la delgada linea: Las mejores practicas evitan problemas al soldar material delgado |
|
Robotic GTAW or GMAW: No longer a clear-cut choice: Gas tungsten arc welding has become easier to automate, while gas metal arc welding robots are starting to produce GTAW-quality resultsArray
|