What matters when welding stainless instrument panels Stainless instrument panels are usually made from 0.040- to 0.080-inch sheet, with 0.063 inch (16 gauge) being a practical working thickness. The panel…
Why aluminum gear housings are difficult to repair A cracked aluminum gearbox housing can look like a straightforward TIG job, but the weld itself is only part of the problem.…
Aluminum motorcycle parts are demanding TIG jobs. The material conducts heat quickly, forms an oxide layer that melts at a much higher temperature than the base metal, and shows contamination…
Stainless hose fittings put more demands on a TIG welder than their size suggests. The parts are small, heat builds quickly, and a pinhole or sugar-like oxidation inside the fitting…
Repairing an aluminum radiator is a demanding TIG job. The material is thin, contaminated easily by coolant, and often cracked again by vibration or pressure if the repair is poorly…
What matters when welding nickel alloys Nickel alloys are not one welding problem. Inconel, Monel, Hastelloy and nickel 200/201 have different chemistry and service demands, so check the alloy specification…
What matters when welding thin stainless tube Thin stainless tubing punishes excess heat. A long arc or a slow pass can burn through a wall under 1 mm, pull the…
Precision welding on small steel parts is mostly a control problem. Thin brackets, tabs, tubing, and repair pieces can overheat in seconds, especially when the joint is close to an…
Aluminum control panels are thin, visible, and often need to stay flat enough for doors, covers, and seals to fit. A TIG welder gives you precise heat and a clean…
Choosing a TIG Welder for Stainless Steel Wire Stainless steel wire is awkward to TIG weld: its small diameter heats quickly, bends easily, and can disappear before you get a…