Premium Fabricator Welding Gloves

Features

  • Grade-A buffalo leather palm for abrasion resistance
  • Fire-resistant materials on back and cuff to protect from flames, sparks, slag, and spall
  • Kevlar stitching for heat- and fire-resistant seams
  • Seamless leather palm with reinforced thumb saddle, finger caps and drag patch at high-abrasion areas
  • Cotton-padded knuckle guards for impact protection
  • Long gauntlet-style open cuff for forearm protection and to accommodate additional safety gear
  • Elastic-sewn wrist for a snug fit and to help keep out debris

Specifications

Color Black/Yellow
Is Water Resistant? No
Is Wind Resistant? No
Glove Length 13 in (approx.)
Sizes Available Small, Medium, Large, X-large, 2XL, 3XL
Palm Material Grade-A buffalo leather
Stitching Kevlar
Intended Use Metal fabrication; light-duty MIG/TIG welding
Weight 0.34 lb (approx.)
Warranty 30-day limited

Gloves for metal fabrication and light-duty MIG/TIG welding. They combine a grade-A buffalo leather palm with fire-resistant fabric on the back and cuff, Kevlar stitching, and reinforced wear points to provide heat, abrasion, and impact resistance while allowing hand movement for equipment control.

Model Number: DXMF01011SM

DeWalt Premium Fabricator Welding Gloves Review

5.0 out of 5

I spend a lot of time bouncing between a flap disc, a shear, and quick runs with a MIG gun, so I’m picky about gloves that can keep up without feeling like oven mitts. The DeWalt fabricator gloves struck a nice middle ground for metal fab and light-duty MIG/TIG work: enough heat and abrasion resistance to be useful on the bench, with enough dexterity to actually control the torch and handle small hardware.

Fit and first impressions

Out of the bag, the gloves feel purpose-built rather than generic. The buffalo leather palm is smooth and supple, with no palm seam to create hot spots. The back and cuff are made from a fire-resistant fabric that’s lighter and more flexible than leather, which helps with mobility and breathability. An elasticized wrist gives a snug hold, and the long gauntlet cuff slides easily over a jacket sleeve.

Sizing runs true for me. If you’re between sizes, consider going up for a more relaxed hand position—especially if you plan to wear a thin liner glove in colder shops. Break-in took a couple of sessions; the leather softened quickly without stretching out.

Materials and construction

The materials list reads like a proper shop glove:

  • Grade-A buffalo leather palm for abrasion resistance
  • Fire-resistant (FR) fabric on the back and cuff to deal with sparks, slag, and spall
  • Kevlar stitching throughout to avoid thread failure near heat
  • Reinforcement at the thumb saddle, finger tips, and a drag patch where you rest the side of your hand

The cotton-padded knuckle guards are subtle. They add a cushion against knocks from fixtures and stock without feeling bulky. After grinding and handling plate, I appreciated the reinforced wear points—especially the thumb saddle, which takes the brunt when you’re gripping a grinder or carrying material.

Heat protection in practice

For light-duty MIG and TIG, the heat performance is appropriately balanced. The FR back and cuff shed stray sparks and brief contact heat well. The leather palm tolerates warm workpieces, short tacks, and steady MIG passes on mild steel plate without complaint. I wouldn’t reach for these for sustained, high-amperage stick welding or long overhead runs where spatter is constant; that’s outside their intended lane. But for typical fab tasks—tacking frames, short beads, quick TIG work on thin material—they hold up without cooking your hands.

The 13-inch gauntlet is a highlight. It adds meaningful forearm coverage, pairing well with a welding jacket. The open cuff design never felt restrictive, and it was easy to shake out dust and slag at the end of a session.

Dexterity and control

The big reason to pick a fabricator glove over a heavy welding gauntlet is control. Here, the gloves do well. The palm’s uninterrupted leather and the moderated padding give you enough feel to feed wire, adjust a torch, and even pick up small hardware like 10-32 nuts. Finger articulation is good, and I had no trouble choking up on a MIG gun or rolling the torch in my fingers for TIG.

For ultra-precise TIG on thin stainless or aluminum, you may still prefer a thinner goat-skin TIG glove. The DeWalt option sits a notch thicker than those, as it should given the broader protection. I think of these as “daily drivers” for the fab bench—dexterous enough for most tasks, protective enough for the ones that bite occasionally.

Durability after shop use

Over several weeks, I used the gloves for layout, cutting, grinding, deburring, drilling, and welding. The buffalo leather shrugged off sharp edges better than typical cowhide in this price class. The Kevlar seams are holding up, and I didn’t find any popped stitches at stress points. The drag patch shows superficial scuffing (as expected), but no delamination or early wear.

One note: the FR fabric back does a great job handling sparks, but it won’t resist abrasion as well as leather if you’re constantly dragging your knuckles across rough plate. That’s a conscious design tradeoff for flexibility and heat performance, and the padded knuckles help mitigate it.

Comfort and breathability

The blend of leather and FR fabric keeps the gloves from feeling swampy, even in a warm shop. They’re not ventilated per se, but they avoid the sweaty bulk of all-leather gauntlets. The elastic wrist helps keep out grit without cutting off circulation. I didn’t notice seam ridges or hotspots inside the fingers, which is more important than it sounds when you’re wearing gloves for hours.

Limitations to keep in mind

  • Not water resistant: get them soaked and they’ll stiffen as they dry. Keep them away from coolant and use a different pair for wet work.
  • Light-duty MIG/TIG lane: they aren’t meant for long, high-heat stick sessions or heavy flux-core with lots of spatter.
  • FR fabric abrasion: the back-of-hand fabric can pill or scuff if you routinely scrape against rough stock. The palm and reinforcements, however, are robust.

None of these are deal-breakers for a fabrication glove, but they’re worth knowing as you pick the right glove for the job.

Practical shop tips

  • Pair the gauntlet with a welding jacket sleeve; the overlap prevents gap burns when you’re at awkward angles.
  • Wipe slag and dust off the FR fabric before storing; embedded grit accelerates wear.
  • If you need more feel for TIG, size to a snug fit and keep the palm clean; avoid greasy work right before precision welding.
  • Rotate gloves if they get damp from sweat; letting them dry naturally maintains softness. Avoid direct heat when drying.

Warranty and value

A 30-day limited warranty isn’t expansive, but it’s typical for gloves. The build quality and materials feel aligned with what I expect from a reputable shop brand. Given the durability of the buffalo leather and the Kevlar stitching, I expect a solid service life for fabrication tasks and light welding—longer if you keep grinding dust in check and don’t use them for work they weren’t built for.

Who these are for

  • Metal fabricators who move between layout, cutting, grinding, and light MIG/TIG
  • DIYers upgrading from generic work gloves who want better heat resistance without losing dexterity
  • Welders who want a single pair to wear at the bench most of the day

Who should look elsewhere:
- Stick welders doing high-amp, long-duration runs or heavy overhead work—choose a bulkier, all-leather high-heat glove
- Precision TIG specialists on thin material who want maximum fingertip feel—opt for a dedicated thin TIG glove

The bottom line

The DeWalt fabricator gloves hit the mark for the mixed demands of a fabrication bench. The seamless buffalo leather palm, FR back and cuff, Kevlar stitching, and well-placed reinforcements combine into a glove that feels protective without turning your hands into clubs. Add the long gauntlet and elastic wrist, and you get smart coverage that integrates well with the rest of your PPE.

Recommendation: I recommend these gloves for anyone doing general fabrication and light-duty MIG/TIG who values a blend of protection and control. They’re comfortable, thoughtfully constructed, and durable where it counts. If your work regularly ventures into heavy, sustained high-heat welding, keep a second, more insulated pair on hand. But for the day-to-day rhythm of cutting, fitting, tacking, and finishing, these are the gloves I keep reaching for.



Project Ideas

Business

Custom BBQ Mods and Accessories

Offer made-to-fit grill grates, smoker racks, sear plates, and tool hooks for backyard cooks. Sell standard sizes online and premium custom installs locally. The heat-resistant, gauntlet-style gloves make on-site fit-ups and light welds around hot pits safer and more efficient.


Pop-Up Metal Monograms and Address Signs

Set up at farmers markets and fairs with pre-cut letter kits and blank backers; TIG/MIG tack, grind, and finish on-site for same-day personalized signs. Upsell powder coating through a partner. Gloves provide abrasion and spark protection while preserving the dexterity needed for clean, visible tacks and handling small parts.


Metal Rose Bouquets for Events

Produce batches of welded steel roses as wedding favors, anniversaries, and corporate gifts, offering initials/dates engraved on leaves. Sell via Etsy and local florists. The reinforced wear points and cotton-padded knuckles support repetitive forming and welding during higher-volume runs.


Mobile Light-Duty Repairs

Provide quick, on-site fixes for gates, handrails, trailer fenders, lawn equipment guards, and shop jigs. Charge a call-out fee plus hourly. Fire-resistant materials and long cuff help when working around spatter and tight spaces while maintaining control of tools and small hardware.


Intro Welding Workshops

Host weekend classes teaching metal art and light-duty MIG/TIG basics. Package includes PPE rental (gloves), materials kits, and take-home projects. Market to hobbyists and team-building groups. The gloves’ balance of protection and dexterity is ideal for beginners learning torch control and part handling.

Creative

Forged-and-Welded Metal Rose Bouquet

Cut petal shapes from thin sheet steel, gently heat-form curves, and TIG weld petals to a rod stem with leaf accents. Finish with bluing, heat-tint, or patina and a clear coat. The buffalo leather palm and Kevlar-stitched seams let you handle sharp edges and residual heat while maintaining finger control for precise tacks.


Geometric Backyard Fire Pit

Design a polyhedral or faceted bowl from laser/plasma-cut mild steel panels and stitch-weld the seams for a modern, sculptural fire pit. The long gauntlet cuff and padded knuckles protect against sparks and slag while maneuvering hot panels and grinding corners flush.


Industrial Gear Wall Clock

Repurpose salvaged gears and a steel backer plate into a functional, industrial-style clock. MIG-tack gears as indices, route a quartz clock movement through the center, and finish with a brushed or blackened surface. The reinforced thumb saddle and finger caps help grip abrasive parts during fit-up and finishing.


Compact Camping Rocket Stove

Fabricate a small L- or J-tube stove from square tubing or plate with a removable pot stand. It’s a practical, minimalist build for tailgates and campouts. Fire-resistant back/cuff and snug wrist keep out debris and spall as you test-burn and adjust airflow plates.


Steel-and-Wood Minimalist Coffee Table

Weld a slender rectangular steel base with mitered corners and add a hardwood top with threaded inserts. Grind and clear-coat the frame for a refined look. The seamless leather palm aids steady torch and grinder control while protecting from hot chips and edges.