The Complete Welding Glove Buyer's Guide
Welding gloves aren't one-size-fits-all. The leather, lining, cuff length, and construction all affect how a glove performs for your specific welding process. This guide breaks down everything you need to know to make the right choice.
Leather Types
The leather is the most important factor in a welding glove. Each type has distinct properties that make it better suited for certain processes.
Goatskin
Goatskin is one of the most popular leathers for welding gloves, especially for TIG work. It's naturally soft and pliable, offering good dexterity without excessive break-in time. Goatskin has decent abrasion resistance and handles heat reasonably well for its thickness. It's the go-to choice for welders who need a balance of feel and protection.
Best for: TIG welding, light MIG work, general fabrication
Cowhide
Cowhide is the workhorse of welding leathers. It's thicker and more durable than goatskin, with superior heat and abrasion resistance. Top-grain cowhide (the outer layer) is smoother and more flexible than split cowhide (the inner layer), which is stiffer but cheaper. Most MIG and stick welding gloves use some form of cowhide.
Best for: MIG welding, stick welding, heavy fabrication
Deerskin
Deerskin is prized for its softness and its ability to stay supple even after getting wet or exposed to heat. It's naturally more breathable than cowhide and conforms to your hand shape over time. Deerskin is more expensive than goatskin or cowhide, but it lasts longer than kidskin while offering similar dexterity.
Best for: TIG welding, welders who want durability + dexterity
Pigskin
Pigskin is softer and more breathable than cowhide, making it a comfortable option for MIG welding. It's also more resistant to moisture and dries faster than other leathers. The downside is that pigskin isn't as heat-resistant or durable as cowhide, so it's better suited for medium-duty work.
Best for: MIG welding, lighter stick work, comfort-focused welders
Elkskin
Elkskin is the premium choice for high-heat applications. It has the highest heat resistance of any common welding leather and stays soft even at elevated temperatures. Elkskin gloves are typically used for stick welding, pipe welding, and other high-heat processes. They're also the most expensive option.
Best for: Stick welding, pipe welding, high-amperage work
Leather Comparison
| Leather | Dexterity | Heat Resistance | Durability | Price |
|---|---|---|---|---|
| Kidskin | Excellent | Low | Low | $ |
| Goatskin | Very Good | Medium | Medium | $$ |
| Deerskin | Very Good | Medium | Medium-High | $$$ |
| Pigskin | Good | Medium | Medium | $$ |
| Cowhide (grain) | Medium | High | High | $$ |
| Cowhide (split) | Low | High | Very High | $ |
| Elkskin | Medium | Very High | High | $$$$ |
Lining Types
The lining inside a welding glove affects comfort, insulation, and dexterity.
Unlined
No lining at all — just leather against skin. This gives maximum dexterity and feel, which is why most TIG gloves are unlined. The downside is less insulation and less sweat absorption.
Cotton Lining
The most common lining for MIG gloves. Cotton absorbs sweat, adds a small amount of insulation, and makes the glove more comfortable for extended wear. It doesn't significantly reduce dexterity.
Foam Lining
Often combined with cotton (cotton/foam), foam linings add more insulation against heat. They're found in heavier MIG and stick gloves. The trade-off is reduced dexterity and increased hand temperature in warm environments.
Kevlar Lining
Some premium gloves use Kevlar linings for cut and heat resistance. More commonly, Kevlar is used for stitching rather than full linings. Kevlar-stitched seams are significantly more durable than cotton-stitched ones.
Fleece / Wool Lining
Found in winter welding gloves or gloves designed for cold-weather outdoor work. These add significant warmth but reduce dexterity. Only worth considering if you're welding in cold conditions.
Cuff Lengths
Cuff length determines how much forearm protection you get. The right length depends on your welding process and position.
Short Cuff (2–4 inches)
Common on TIG gloves. Short cuffs maximize wrist mobility, which matters when you're manipulating a TIG torch at various angles. The trade-off is exposed forearms — fine for TIG (less spatter) but risky for MIG or stick.
Gauntlet Cuff (5–7 inches)
Standard for MIG and stick gloves. Gauntlet cuffs cover the wrist and lower forearm, catching spatter and blocking UV radiation. Most MIG welders should be wearing gauntlet-style gloves.
Extended Gauntlet (7+ inches)
Found on heavy-duty stick and pipe welding gloves. Extended gauntlets protect well up the forearm and are essential for overhead welding where gravity sends spatter straight down your arms.
Heat Ratings
Welding glove heat resistance isn't always published as a specific temperature rating, but here's a general guide based on leather type and construction:
Important: No welding glove is designed to grab hot metal directly. Heat ratings refer to radiant heat and brief spatter contact, not sustained contact with hot surfaces. Always use pliers or tongs for handling hot workpieces.
| Glove Type | Typical Heat Tolerance | Suitable Processes |
|---|---|---|
| Thin TIG (kidskin/goatskin) | Up to ~250°F radiant | TIG, light plasma |
| Medium MIG (cowhide, lined) | Up to ~400°F radiant | MIG, light stick |
| Heavy Stick (cowhide/elkskin, foam lined) | Up to ~500°F+ radiant | Stick, pipe, heavy MIG |
Sizing Guide
Proper fit is critical. Gloves that are too loose reduce dexterity and can catch on workpieces. Gloves that are too tight cause hand fatigue and restrict blood flow during long sessions.
How to Measure
Wrap a flexible tape measure around the widest part of your palm (excluding the thumb). That measurement in inches corresponds to your glove size:
| Palm Circumference | Glove Size |
|---|---|
| 7–7.5" | Small (S) |
| 7.5–8" | Medium (M) |
| 8.5–9" | Large (L) |
| 9.5–10" | X-Large (XL) |
| 10.5–11" | 2X-Large (2XL) |
Tip: If you're between sizes, size up for MIG/Stick gloves (you want room for the lining to breathe) and size down for TIG gloves (snug fit = better dexterity).
Fit Tips by Process
- TIG: Snug fit. Fingers should reach the end of the glove with no excess material bunching at the tips.
- MIG: Comfortable fit. A little room is fine — you want to be able to flex your hand around the gun without restriction.
- Stick: Relaxed fit. Stick gloves are bulkier by design. Focus on making sure the gauntlet covers your forearm adequately.
Ready to Choose?
Now that you know what to look for, check out our ranked picks:
Or browse all welding gloves on Amazon:
Shop Welding Gloves on Amazon