MIG/GMAW guides, settings, wire selection, and troubleshooting.
Showing 9 of 176 articles
Excessive spatter in MIG welding comes from mismatched voltage and wire feed, gas flow, stickout and gun angle. Learn causes, fixes and prevention.
Learn MIG welding from scratch: how it works, gases, settings, technique, common defects, troubleshooting, and safety backed by OSHA and AWS.
Pulse arc welding cycles current between peak and background levels to control heat, penetration and bead shape. Learn the settings, benefits and fixes.
Argon CO2 mix for MIG welding explained: what C25 is, how it compares to pure CO2, flow rates, settings, mistakes, safety and cost.
Learn how good MIG welding works — wire, gas, settings, technique, and troubleshooting to produce clean, strong, code-compliant welds every time.
Learn how brazing with MIG welding works: MIG brazing setup, CuSi3 wire, shielding gas, parameters, applications, mistakes and safety.
Choosing MIG welding gas for mild steel? Compare 75% argon/25% CO2, 100% CO2, 85/15 and 90/10 blends, plus flow settings and safety basics.
Master overhead MIG welding with proven gun angles, settings, and body positioning. Fix burn-through, spatter, and fusion problems safely.
Gas metal arc welding (GMAW/MIG) is the most common and simplest welding process today. Learn how it works, why it dominates, and how to…