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Finding welding gloves that shield your hands from intense heat without sacrificing tactile feel is a constant struggle for shop workers and fabricators. Heavy gauntlets offer heat protection, but they often leave you fumbling with fine TIG rods or torch controls. The Slickman 716 welding glove aims to bridge this gap by combining lightweight top-grade cowhide with Kevlar stitching and a flexible design. This review evaluates its real-world heat resistance, fit, dexterity, and overall durability so you can decide if it belongs in your gear bag.
Quick Verdict
Rating: 8.8 / 10 (Recommended for Precision & Medium Duty)
Best For: TIG and stick welders needing tactile torch control without sacrificing hand protection.
Bottom Line: The Slickman 716 delivers excellent dexterity and reliable thermal shielding for brief contact up to 400°C. While it lacks an official cut resistance rating, its supple cowhide and Kevlar stitching make it a dependable daily driver for fabrication shop work.
| Specification | Detail |
|---|---|
| Brand | Slickman |
| Model | 716 Welding Glove |
| Primary Material | Top-grade cowhide (12–14 oz) |
| Palm Thickness | 1.2–1.4 mm with 2–3 mm padding |
| Stitching | Kevlar double-stitched reinforced seams |
| Cuff Length | 4.5 inches (12.5 inches total glove length) |
| Glove Weight | 120–150 g (size-dependent) |
| Heat Rating | 300–400°C (brief contact) |
| Hand Flex | Ergonomic 90° articulation |
| Cut Resistance | No official cut certification |
| Available Sizes | Small to XXL |
| Warranty | 1-year limited warranty |
What Is the Slickman 716 Welding Glove?
The Slickman 716 is a protective welding glove engineered to balance fine fingertip sensitivity with high-temperature resistance. Constructed from premium 12-to-14-ounce cowhide, it provides robust defense against sparks, thermal radiant heat, and mechanical wear. Unlike bulky traditional gauntlets that restrict hand movement, the Slickman 716 features an ergonomic 90-degree flex design and a total length of 12.5 inches, giving fabricators full wrist protection without stiffness.
Engineered primarily for TIG precision work and light-to-medium stick welding, the glove incorporates reinforced lateral panels and double-stitched Kevlar threading at key stress points. Weighing between 120 and 150 grams depending on size, it feels lightweight during long welding sessions, reducing hand fatigue while maintaining a secure thermal barrier during active shop projects.
Who Should Buy It?
Best For
- TIG operators who require precise torch grip and filler rod feeding.
- Hobbyists and shop pros looking for lightweight, heat-resistant leather gear.
- Welders switching from bulky gauntlets to improve hand agility.
Skip If
- You perform heavy industrial structural welding requiring extreme duty insulation.
- Your workspace requires certified ANSI/EN388 cut-resistant safety gear.
- You need long gauntlet sleeves exceeding 4.5 inches for upper forearm protection.
Before You Buy: The Slickman 716 is rated for brief contact heat resistance up to 400°C, making it ideal for standard welding cycles. However, it is not designed for continuous high-temperature contact or heavy foundry operations, nor does it possess an official cut-resistance rating.
Detailed Feature Performance
Design and Leather Construction
The foundation of the Slickman 716 lies in its 12-to-14-ounce top-grade cowhide leather. Grain consistency across the palm and back of the hand ensures even wear and prevents thin spots from failing prematurely under heat stress. The palm thickness measures between 1.2 and 1.4 mm, backed by 2 to 3 mm of interior padding that cushions your hand against metal edges and torch pressure without adding unnecessary bulk.
To protect against seam failure, which is the most common breakdown point in welding gloves, Slickman uses high-tensile Kevlar double-stitching along high-stress areas. Lateral abrasion panels further reinforce the outer edges of the hand, ensuring that dragging your palm across raw steel or workbench surfaces won’t fray the seams.
Tactile Control and Fingertip Sensitivity
Precision welding demands subtle hand adjustments, especially when feeding thin TIG filler wire or adjusting amperage controls on a torch handle. The Slickman 716 offers high fingertip sensitivity. The supple cowhide molds quickly to your hand shape, allowing you to feel the rod without sacrificing thermal safety.
In shop evaluations, switching from thick stick gauntlets to the Slickman 716 yielded an immediate gain in fine-motor control. The reduced mass in the fingers prevents unintentional wire slipping, while the overall lightweight build (120 to 150 g) minimizes hand strain over multi-hour fabrication projects.
Heat Resistance and Thermal Protection
Thermal insulation is rated for brief contact between 300°C and 400°C (572°F to 752°F). This threshold handles typical welding splash, heat radiation, and short touches against hot tack-welded workpieces. During continuous TIG runs, the leather dissipates ambient heat effectively, preventing heat soak from building up inside the glove too quickly.
However, users should understand the operational limits. While brief contact with heated metal is safe, prolonged holding of freshly welded joint sections will transfer thermal energy through the 1.2–1.4 mm palm layer. For extended high-amp stick or heavy flux-cored welding, resting your gloved hand directly on hot steel should be kept brief.
Fit, Comfort, and Wrist Protection
Comfort is strongly enhanced by the glove’s ergonomic 90-degree pre-curved flex design. Rather than forcing your fingers to pull against flat leather, the material naturally rests in a semi-clenched posture, eliminating hand fatigue during long torch grasps.
The 4.5-inch cuff brings the total glove length to 12.5 inches, offering solid protection over the wrist and lower forearm against stray spatter and UV arc rays. An adjustable wrist strap allows you to secure the cuff tightly over your jacket sleeve, preventing rogue sparks from dropping inside the glove.
Pro Tip: Allow your gloves to air-dry naturally at room temperature after humid work shifts. Applying a light leather conditioner every few months preserves the cowhide’s natural oils, preventing the leather from stiffening after exposure to torch heat.
How It Performs in Real Use
For Detailed TIG Welding
During benchtop TIG welding on aluminum and stainless steel tubing, the Slickman 716 excels. The slim finger profile permits a natural pencil-grip on torch bodies, and feeding 1/16-inch filler rod proceeds smoothly without the wire catching on thick seam folds. Tactile feedback remains crisp, which is crucial for maintaining consistent arc gap distances.
For General Stick Welding and Tack Work
For light-to-medium stick welding and assembly tacking, the 2–3 mm palm padding absorbs vibration and shields against flying slag. The Kevlar thread withstands occasional direct spark exposure without burning through, and the snug wrist seal keeps metal grinding dust and sparks out during prep work.
For Sustained Fabrication Shifts
Over a full 8-hour shift in the shop, breathability and weight make a noticeable difference. At under 150 grams per pair, these gloves do not drag down your wrists. The initial break-in period is brief, usually taking only an hour or two of active movement for the cowhide to soften and conform to your finger joints.
Care and Maintenance Guidelines
Proper maintenance is key to maximizing the service life of premium cowhide welding gloves. Because intense arc heat strips natural oils from leather, taking basic care steps prevents premature cracking:
- Cleaning: Never place welding gloves in a washing machine or submerge them fully in water. Brush away surface dirt and grinding dust with a soft bristle brush or a dry cloth.
- Drying: If the gloves absorb sweat or moisture, dry them in a well-ventilated area away from direct heat sources like radiators, space heaters, or open flames.
- Conditioning: Periodically treat the cowhide with a specialized leather conditioner to maintain flexibility and flame-retardant properties.
Pros and Cons
Pros
- Excellent fingertip sensitivity for precise TIG torch control.
- Durable 12–14 oz top-grade cowhide with Kevlar double-stitching.
- Brief contact heat resistance rated up to 300–400°C.
- Ergonomic 90° flex reduces hand fatigue during long shifts.
- 4.5-inch cuff with adjustable strap protects wrists from spatter.
Cons
- Lacks an official ANSI cut-resistance certification.
- Not intended for prolonged continuous contact with superheated metal.
- Requires manual hand-cleaning rather than machine washing.
Is It Worth the Price?
The Slickman 716 sits in an attractive mid-range value tier for professional and hobbyist welding safety gear. Given its use of 12-to-14-ounce top-grade cowhide and Kevlar seam reinforcement, it offers build quality usually reserved for higher-priced safety apparel.
For fabricators who regularly perform precision TIG work alongside general fabrication, its combination of dexterity and thermal protection delivers strong long-term value. While heavy industrial operators may still need thick, specialized gauntlets for extreme-amp applications, the Slickman 716 is a smart, economical investment for daily shop versatility.
How It Compares to Alternatives
When compared to heavy-duty thick split-cowhide gauntlets, the Slickman 716 offers significantly better tactile feel and finger flexibility, making torch manipulation far easier. Standard gauntlets provide thicker bulk for heavy stick welding but hinder fine wire control. Conversely, compared to ultra-thin pure goat-grain TIG gloves, the Slickman 716 provides superior palm padding (2–3 mm) and stronger heat insulation against accidental hot metal contact. It strikes a pragmatic middle ground between delicate TIG gloves and heavy industrial gauntlets.
Frequently Asked Questions
Are these gloves machine washable?
No, you should never wash these gloves in a washing machine. Machine washing strips essential natural oils from the cowhide, causing the leather to shrink, harden, and crack. Instead, wipe off dirt with a damp cloth or soft brush and let them air-dry naturally.
What sizes are available, and is sizing true-to-fit?
The Slickman 716 comes in sizes ranging from Small to XXL. Sizing is true-to-fit based on standard hand circumference measurements. Choosing your standard glove size ensures a snug fit that maximizes fingertip sensitivity without pinching at the knuckles.
Do these gloves have an official cut resistance rating?
No, these gloves do not carry an official ANSI or EN388 cut-resistance certification. While top-grade cowhide naturally resists minor abrasions and scrapes, users requiring certified cut protection for sheet metal handling should select specialized cut-rated safety gloves.
How long is the warranty coverage?
The Slickman 716 typically includes a 1-year limited warranty against manufacturing defects in materials and stitching. This coverage protects against seam failures or material defects under normal operating shop conditions.
Are replacement options or repair services offered?
Yes, replacement glove options and limited warranty exchanges are provided through authorized retailers. If a glove exhibits a seam defect early in its service life, customer support can facilitate exchanges or replacement options.
How long does it take to break in the cowhide leather?
Break-in time is minimal thanks to the supple top-grade cowhide and pre-curved 90° hand flex design. Most welders report full comfort and natural flexibility within 1 to 2 hours of active work in the shop.
Can these gloves be used for heavy flux-cored MIG welding?
While they can handle occasional light MIG tacking and short passes, heavy continuous flux-cored welding generates intense radiant heat and heavy spatter that is better suited for thick, dedicated heavy-duty welding gauntlets.
The Bottom Line
The Slickman 716 welding glove strikes a well-calibrated balance between tactile precision and heat protection. Its top-grade cowhide, Kevlar double-stitching, and ergonomic flex make it an ideal choice for TIG precision work and everyday light-to-medium stick welding. While it lacks cut-resistance ratings and isn’t intended for heavy foundry applications, it offers impressive comfort and control for shop fabricators and hobbyists alike.
