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MIG Welding Settings Chart.

Pick your material and thickness below for wire size, voltage, wire speed, and gas - the same lookup that's built into the app. Works for mild steel, stainless, and aluminum.

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Starting points for short-circuit transfer on a standard wire-feed MIG. Always fine-tune on scrap before running the joint - your machine, stickout, and travel speed all shift these numbers.

Get a good bead.

1

Start with wire size matched to thickness

.023" and .030" wire for sheet metal under 1/8", .030"-.035" for 1/8"-1/4" steel, .035"-.045" for anything thicker. Thinner wire on thick steel just means you're feeding forever to get enough fill.

2

Set voltage, then chase wire speed

Voltage controls arc length and bead width. Once that sounds right - a steady "frying bacon" crackle, not popping or buzzing - adjust wire speed (amperage) until penetration looks right on a test piece.

3

Match your gas to the job

75/25 argon-CO2 is the all-around choice for mild steel. Straight CO2 runs hotter and cheaper with more spatter. Tri-mix or 98/2 argon-O2 for stainless. 100% argon for aluminum with spray transfer.

4

Watch your stickout and angle

Keep stickout around 3/8" to 1/2". Drag the gun slightly (10-15° push angle) for cleaner sheet metal welds, or push it for deeper penetration on thicker material.

Every material.
Every thickness.

This page covers the basics for steel, stainless, and aluminum. The app's full MIG settings tool covers every material and thickness combination Pocket Welder Helper tracks, plus your machine logbook so you can save what worked last time.

MIG settings for every common material and thickness
Machine logbook - save settings per machine (Pro)
Standard ↔ metric toggle on every screen

Common questions.

Around 18-19 volts with .030" wire and roughly 240 inches per minute wire speed, using 75/25 argon-CO2 gas. Adjust slightly based on your machine and joint position.
A 75/25 argon-CO2 mix is the standard choice for mild steel - it gives good penetration with a stable arc and manageable spatter. Straight CO2 runs hotter and cheaper but adds spatter; higher argon mixes give a cleaner bead.
For thin sheet metal under 1/8", use .023" or .030" wire. For 1/8" to 1/4" steel, .030" or .035" wire is standard. For anything thicker, step up to .035" or .045" wire to keep travel speed reasonable.