Best TIG Welders for Low-Amperage Precision Welding Low-amperage TIG welding is less about maximum output and more about control. Thin stainless sheet, small brackets, bicycle tubing, razor blades, and fine…
Remote amperage control is more than a convenience when TIG welding away from the shop. It lets you adjust heat at the torch or with a foot pedal while your…
Brass is repairable with TIG, but it is less forgiving than mild steel or stainless. The zinc in brass vaporizes at a relatively low temperature, so excessive heat can produce…
Repairing aluminum motorcycle parts is a demanding job for a TIG welder. Motorcycle cases, covers, brackets, subframes, and intake components are often thin, dirty, or cast from alloys that are…
Nickel alloys reward a stable TIG arc and punish shortcuts. Alloys such as Inconel, Hastelloy, Monel, and nickel 200 can crack, oxidize, or become contaminated if the joint is dirty…
Carbon steel pipe is a good match for TIG welding when you need clean roots, controlled heat, and visible weld quality. It is also slow compared with stick or MIG,…
Choosing a TIG Welder for Stainless Countertops Stainless steel countertops demand more from a TIG welder than occasional repair work. The welds are visible, the sheet is thin, and excessive…
A MIG weld can look smooth and still be weak. The most useful inspection is not simply checking whether the bead is shiny; it is looking for metal missing from…
Shielding gas flow rate is one of the easiest MIG welding settings to get wrong. Too little gas allows air into the weld pool, causing porosity, oxidation, and an erratic…
How to Reduce MIG Spatter with Voltage and Inductance Adjustments MIG spatter is usually a setup problem, not an unavoidable part of welding. Small droplets of molten wire are thrown…