Laser, submerged arc, spot, stud, friction, and other advanced processes.
Showing 9 of 118 articles
Learn the cladding welding process: types, dilution control, codes, common defects, safety and inspection for corrosion-resistant weld overlays.
Laser welding stainless steel explained: conduction vs keyhole mode, power and speed settings, gas shielding, filler metal, defect fixes, and code rules.
Railroad rail welding explained: thermite vs flash butt, CWR, metallurgy, inspection, FRA and AREMA rules, defects, troubleshooting, and field safety tips.
Is laser welding strong? Compare laser weld strength with TIG and MIG using real test data, learn where laser welds fall short, and how…
Explore laser welding for watch cases: precision, materials, challenges, and best practices in modern watchmaking
A complete guide to submerged arc welding (SAW): how the process works, equipment, flux, parameters, applications, safety, troubleshooting, and tips.
Atomic hydrogen arc welding explained: how it works, Langmuir's invention, equipment, advantages, safety hazards, and why TIG replaced it.
What contract friction welding is, how the process works, who it suits, quality standards to require, and how to choose a provider.
A practical guide to the ultrasonic welding horn (sonotrode): how it works, materials, amplitude, knurl design, tuning, failure causes and fixes.