What are Gloves?
Gloves are hand protection designed to reduce risks from heat, abrasion, cuts, impact, chemicals, cold and moisture. On this page you’ll find shop and field-ready options for construction, metal fab and welding, maintenance, assembly, and outdoor work.
How to Choose the Right Work Gloves
- Task & Hazard: Identify the primary risk—heat (welding), abrasion, sharp edges, impact, vibration, oils/chemicals, or cold/wet conditions.
- Material:
- Leather (cowhide, goatskin, deerskin): durable, heat-tolerant, great feel and dexterity.
- Synthetics (nylon, spandex blends): lightweight with good grip and breathability.
- Coated palms (nitrile, PU, latex): enhanced grip in dry/oily conditions and added abrasion resistance.
- Insulated/Waterproof shells: for cold, snow, slush and wet shop cleanup.
- Fit & Dexterity: Choose a snug, natural fit for control—size up only if layering liners.
- Protection Ratings: For cut risks, look for ANSI cut levels (A2–A9). For impact, look for back-of-hand reinforcements that meet impact standards.
Popular Types of Gloves
Leather Work Gloves
Classic all-around protection for material handling, rigging, demolition, landscaping and jobsite chores. Choose split cowhide for rugged durability or goatskin for softer feel and dexterity.
Welding Gloves (MIG, TIG & Stick)
- MIG Welding Gloves: Medium heat with padded palms/backs for spatter and abrasion.
- TIG Welding Gloves: Thin, supple leather for maximum fingertip control and torch feel.
- Stick Welding Gloves: Heavier, longer cuffs for high heat and slag protection.
Cut-Resistant Gloves
Engineered yarns and palm coatings help protect against sharp sheet, blades and burrs. Select the ANSI cut level that matches your material and process.
Impact & Mechanic-Style Gloves
Thermo-plastic (TPR) overlays and reinforced knuckles/palms reduce bruising and vibration during fabrication, equipment maintenance and assembly work.
Cold-Condition & Waterproof Gloves
Insulated liners and waterproof membranes keep hands warm and dry during winter installs, outdoor fabrication and material handling.
MIG vs. TIG Welding Gloves
| Feature | MIG Gloves | TIG Gloves |
|---|---|---|
| Heat/Spatter | Higher protection, thicker leather, padded backs | Lower heat, thinner leather, maximum feel |
| Dexterity | Moderate | High (fine control for filler & torch) |
| Typical Use | General fabrication & production MIG | Precision TIG, thin materials, stainless/aluminum |
Glove Sizing & Fit
- Measure palm circumference around the knuckles (exclude thumb).
- Match to size chart on the product page; size up if between sizes or when using liners.
- Try on with the tools you use (torch, grinder, impact) to confirm grip and range of motion.
Care & Replacement
- Shake out debris; brush off metal chips and slag after use.
- Air-dry away from direct heat. Follow any care notes on the product page.
- Retire gloves that are hardened, thinned, cut through, or have compromised seams/cuffs.
Gloves FAQ
Which gloves are best for welding?
Match glove style to your process: use stick (heaviest), MIG (medium protection) or TIG (high dexterity). Longer cuffs help shield wrists and forearms from sparks.
What ANSI cut level do I need?
Light assembly often uses A2–A3; metal fab with sharper edges commonly uses A4–A6; heavy shearing or blade handling may require A7–A9. Choose the lowest level that safely meets your task to keep dexterity.
How do I keep grip in oily conditions?
Choose nitrile-coated palms (sandy or micro-foam textures) for wet/oily grip while maintaining abrasion resistance.
How often should I replace gloves?
Replace when the palm or finger pads are worn slick, punctured or cut; when seams or cuffs fail; or whenever heat/impact layers harden or compress.