Welding gloves and jackets
The mistake here is buying one pair of gloves for everything. MIG gloves and TIG gloves are opposite tools, and using either for the other job goes badly.
There is no single welding glove
MIG, flux-core and stick want a thick insulated glove you can rest a hand on the work with. TIG wants a thin unlined glove you can feel a filler rod through. These are opposite requirements, and a glove that does one well necessarily does the other badly. If you run both processes you need both gloves.
Why thickness is the whole decision
Wire processes throw spatter and radiate heat, and your gun hand is close to both for the whole weld. A thick glove lets you rest that hand on the workpiece, and a supported hand is steady in a way an unsupported one never is. That steadiness is worth more than most machine settings.
TIG is the opposite problem. Your torch hand is relatively static while your other hand feeds rod into a small, precisely positioned puddle, judging the last few millimeters by feel. Thick leather removes that feedback entirely.
The heat exposure differs too. TIG at low amperage on thin material simply produces less radiant heat than flux-core at 120 amps, so the thin glove is less exposed as well as more necessary.
Leather types, briefly
Cowhide split — the standard for MIG and stick. Thick, durable, heat resistant, stiff until worn in.
Goatskin — a middle ground. More dexterous than cowhide, more protective than kidskin. A reasonable single choice if you genuinely will only buy one pair, though it is a compromise at both ends.
Kidskin — the TIG glove. Very thin, very dextrous, minimal protection.
Deerskin — soft and dextrous, comfortable, less heat resistant than cowhide. Popular for TIG and light MIG.
What to look for
Cuff length. Longer cuffs cover the wrist gap between glove and sleeve, which is exactly where spatter lands when your hand is raised. Worth more than most people think.
Lining. Insulated lining adds heat protection and bulk. Unlined gloves are cooler and more dextrous. Match this to the process rather than to preference.
Seams. Kevlar-stitched seams survive heat that ordinary thread does not. Seams are the usual failure point on a glove that is otherwise fine.
Fit. Too large and you lose control; too small and they are uncomfortable and wear through faster at the fingertips.
Jackets: when they stop being optional
For flat welding on a bench, a long-sleeved cotton shirt is genuinely adequate — spatter falls away from you and what reaches you is manageable.
Three situations change that.
Overhead and out of position. Gravity now works against you and spatter lands on your chest, shoulders and neck. This is where leather earns its place.
Long sessions. Cumulative small burns are how people acquire the habit of rushing a weld, and rushing is how welds go wrong.
Flux-core specifically. More spatter than gas MIG, and it travels further.
The absolute rule regardless of process: no synthetic fabrics. Polyester and nylon melt onto skin, which turns a minor burn into a serious one. Cotton, leather or flame-resistant fabric only.
Leather versus flame-resistant cotton
Leather stops spatter outright and is the right choice overhead. It is hot and restricts reach.
Flame-resistant cotton is much cooler and more comfortable, and it self-extinguishes rather than catching. It will not stop a hot ball of metal the way leather does.
Many people own both and choose by the job. If you only buy one and you weld in a warm garage, FR cotton is the one you will actually wear — and a jacket you wear beats a jacket you do not.
The rest of the body
Boots rather than trainers, because spatter finds the gap at the ankle and sits there. No turned-up cuffs, which catch spatter and hold it against your leg. Nothing flammable in your pockets. And a cap under the helmet for overhead work, where spatter reaches the top of your head.
None of this is expensive, and all of it is what stops a minor burn interrupting a session. Flux-core welding safety covers the rest.
What we would buy
1. For MIG, flux-core and stick
Lincoln Electric traditional MIG/stick welding gloves
Thick enough to rest a hand near the work, which improves gun control more than any setting.
The underrated benefit of a properly thick glove is not burn protection, it is that you can rest your hand on the work. A supported hand is a steady hand, and steadiness does more for bead consistency than any dial.
Split leather with an insulated lining, and a long cuff that covers the wrist gap where spatter reliably finds you.
They are stiff until broken in, and they are far too thick for TIG — you cannot feel a filler rod through them, which is most of TIG technique.
What works
- Thick enough that you can rest a hand near the work without flinching, which improves your gun control more than any setting
- Long cuff protects the wrist gap where spatter finds you
What does not
- Far too thick for TIG — you cannot feel a filler rod through them
- Stiff until broken in
2. For TIG only
Tillman 24C TIG gloves
Thin kidskin you can feed filler rod through by feel. Almost no heat protection.
TIG asks you to feed filler rod into the puddle with your off hand, judging position by feel. A thick glove makes that impossible, which is why TIG gloves are deliberately thin.
Unlined kidskin leather, and the reference glove other TIG gloves get compared with.
Two honest limitations: almost no heat protection, so they are wrong for any wire process; and thin leather wears through at the fingertips within a year of regular use. Both are the cost of the feel.
What works
- Thin enough to feed filler rod by feel, which is most of TIG technique
- The reference TIG glove that other TIG gloves are compared against
What does not
- Almost no heat protection. They are wrong for MIG and dangerous for stick
- Thin leather wears through at the fingertips within a year of regular use
Who this is wrong for: MIG, flux-core or stick. They are deliberately thin, and radiant heat from a wire process will get through them.
3. For overhead and out of position
Lincoln Electric traditional split-leather welding jacket
Split leather stops spatter that a cotton shirt only delays.
On a flat weld, spatter falls away from you. Overhead, it falls onto you — and a cotton shirt does not stop a ball of molten metal, it delays it long enough for you to notice.
Split cowhide with a snap front and a high collar. The collar is the underrated part: a neck burn is the one that genuinely ends a session, and the neck is exposed the moment you look down at the work.
It is hot to wear. In a summer garage you will weld in shorter bursts, and that is a real trade rather than a quibble.
What works
- Leather stops spatter that a cotton shirt merely delays — the difference matters most overhead
- High collar protects the neck, which is where a burn ruins a whole day
What does not
- Hot to wear. In a summer garage you will weld in shorter bursts
- Heavy and restricts reach compared with a flame-resistant cotton jacket
Questions people actually ask
Can I use MIG gloves for TIG?
You can hold a torch in them, but you cannot feel a filler rod through them — and feeding rod by feel is most of TIG technique.
They are not dangerous for TIG, just ineffective. The reverse is genuinely unsafe: TIG gloves offer almost no heat protection and are wrong for any wire process.
What is the best leather for welding gloves?
It depends on the process. Cowhide split for MIG, flux-core and stick, because it is thick and heat resistant. Kidskin or deerskin for TIG, because it is thin enough to feel through.
Goatskin is a reasonable middle ground if you genuinely will only buy one pair.
Do I need a welding jacket?
For flat bench welding, a long-sleeved cotton shirt is adequate. For overhead or out-of-position work, leather is the right answer — spatter lands on you rather than away from you.
The absolute rule is no synthetics in any position: polyester and nylon melt onto skin.
Is a leather jacket or FR cotton better?
Leather stops spatter outright and is better overhead. Flame-resistant cotton is much cooler and more comfortable, and self-extinguishes rather than catching.
Many welders own both. If you buy one and work in a warm garage, FR cotton is the one you will actually wear.
How long do welding gloves last?
Thick MIG gloves last a year or more of regular hobby use. Thin TIG gloves wear through at the fingertips much faster — often within a year — because the thin leather that gives you the feel is also what wears.
Seams usually fail before the leather does, which is why Kevlar stitching is worth looking for.
Sources
Read next
- Welding respirators and fume safety
What is in welding fume, what a P100 filter does and does not remove, and when it is mandatory.
- Flux-core welding safety
Fume, eyes and fire — including the risks that show up hours after you stop welding.
- The welding starter kit checklist
Everything that is not the welder, ordered by how much each item changes your results.
- TIG welding for beginners
Torch angle, arc length, feeding rod — the order to learn TIG in so it stops feeling impossible.
- Helmets and PPE: the gear that decides what you can see
Every level needs a helmet. What the right helmet is changes as the level changes — and a bad one is the most common reason a beginner's welds look worse than their technique.
Back to Helmets & PPE, or start over at Find Your Level.
Ryder M.
Ryder M. is the hands-on owner behind Magoo Media Group. He writes Arc & Bead's buying guides and picks every machine on the site. What every recommendation is based on — and what it is not based on — is set out on How We Pick.