Flux Welding Wire: Classification, Setup and Best Uses
Flux welding wire lets you weld outdoors without gas. Learn the difference between E71T-11 and E71T-GS, pick the right diameter, and set up your machine.
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Flux welding wire lets you weld outdoors without gas. Learn the difference between E71T-11 and E71T-GS, pick the right diameter, and set up your machine.
How to choose flux cored welding wire by classification, diameter and spool size, with the tradeoffs between the common E71T-11 and E71T-GS options.
Flux cored arc welding explained properly: FCAW-S against FCAW-G, wire classifications, polarity, deposition rates and how to set the process up correctly.
Flux core welding vs MIG compared on real terms: outdoor performance, thin metal, cleanup, cost of ownership, and which one belongs in your shop first.
How to choose and run flux core welding wire for stainless steel, including E308LFC-O basics, settings, appearance expectations and the jobs it should not be used for.
Flux core welding tips for cleaner beads: stickout, drag angle, slag control, settings by ear, wire storage and the fixes for porosity and burn-through.
How to choose a flux core welding machine for the way you actually work, comparing 120 and 240 volt output, duty cycle, synergic control and multiprocess options.
How to use flux core cast iron wire in a MIG welder, including nickel wire choice, preheat, stitch welding, peening and the repairs that will not hold.
Equipment, settings and troubleshooting for flux core arc welding, from drive rolls and liners to voltage balance and the defects that keep showing up.