Laser, submerged arc, spot, stud, friction, and other advanced processes.
Showing 9 of 118 articles
Practical spot welding tips on current, force, and electrode care, plus troubleshooting, safety, and the mistakes that quietly cause weak welds.
Welding by friction explained: how solid-state friction welding works, its types, benefits, limits, applications, and how it compares to fusion welding.
A complete guide to thermit rail welding: how the aluminothermic process joins rails, defects, safety, quality control, and how it compares with flash butt…
Learn how intelligent precision pulse welding controls heat, spatter and distortion — the tech, the equipment, the trade-offs and how to qualify it.
Submerged arc welding is named for the granular flux blanket that buries the arc. Learn how SAW works, why the name matters, and where…
Rotary friction welding joins metal parts in seconds without melting. Learn how direct-drive and inertia systems work, key parameters, defects, and standards.
A practical guide to stud welding hand tools: guns, chucks, collets, ferrule grips, layout tools, safety standards, mistakes, and maintenance tips.
Learn what autogenous welding is, how it works, key processes, advantages, limitations, and safety considerations for clean, precise welds.
Learn how the submerged welding process (SAW) works, from flux and equipment to defects, safety, and when SAW beats MIG or stick welding.