Types of Work Gloves | Matching Gloves To The Job

Work gloves fall into eight main types, and the right pick depends on the hazard you face, not just the material.

For the full breakdown, see our best Breathable Work Gloves guide.

Choosing among the types of work gloves comes down to one question: what are you actually protecting your hands from? Cuts, chemicals, heat, impact, and cold each demand a different glove design. The good news is that you don’t need to guess. Modern safety standards give you a clear, numbers-based way to match a glove to your task.

The Main Types Of Work Gloves

Eight broad categories cover nearly every job site. Each type is built around a specific hazard, and many gloves combine several protections in one design.

• General-purpose gloves — lightweight, flexible, and cheap; best for light assembly, packaging, and material handling.
• Cut-resistant gloves — rated on the ANSI A1–A9 scale; used everywhere from food prep to metal recycling.
• Puncture-resistant gloves — thicker materials or metal mesh that stop needles, thorns, and sharp scrap.
• Impact-resistant gloves — padded knuckles and back-of-hand protection for striking and heavy tools.
• Chemical-resistant gloves — nitrile, neoprene, or butyl rubber that blocks solvents, acids, and oils.
• Heat-resistant gloves — Kevlar or leather lined with insulation; rated for contact heat and flame.
• Insulated gloves — cold-weather protection for freezer work and outdoor winter jobs.
• Vibration-reduction gloves — padded palms that dampen tool vibration and reduce hand-arm fatigue.

Some jobs need more than one type. A welder might wear heat-resistant gloves with added cut protection; a demolition worker might want impact-resistant gloves on top of cut resistance. When hazards stack, look for one glove that carries ratings for each one.

What The ANSI Cut-Resistance Scale Actually Means

In the United States, cut-resistant gloves are classified under the ANSI/ISEA 105-2024 standard. The scale runs from A1 to A9, and each level represents a specific range of cutting force the glove can withstand — not a guess, but a measured grams-of-load rating. The higher the number, the more force required to cut through.

Here’s where people get into trouble: a high cut rating does not mean the glove stops punctures, chemicals, or impacts. A glove rated A8 for cuts can still let a nail through or dissolve in solvent. Each hazard carries its own rating or design feature, so you need to check them separately.

How To Pick The Right Glove For Your Task

OSHA’s guidance is straightforward: select gloves based on the task to be performed and the performance characteristics of the glove material. That means you start with the job, not the glove aisle.

The process is a simple three-step check. First, identify the main hazard — is it a blade, a chemical, heat, or blunt impact? Second, pick the glove category that matches that hazard. Third, confirm the glove’s rated performance level for your specific task and its materials. If the hazard is cuts, the A-level rating tells you how much blade force it handles; if the hazard is chemical, the material and breakthrough time matter more.

Material alone doesn’t tell you the protection level. Many cut-resistant gloves use HPPE, fiberglass, aramid (Kevlar-type) fibers, steel, or composite blends. Each material behaves differently, which is why the rating matters more than the fabric. When you’re comparing models, the numbers on the label beat the look and feel every time. And if breathability matters for long shifts — it usually does — our roundup of the best breathable work gloves breaks down which designs keep hands cool without sacrificing protection.

FAQs

What is the highest ANSI cut level?

A9 is the highest cut-resistance level under the current ANSI/ISEA 105-2024 standard. Gloves at this level withstand the highest measured cutting force and are built for extreme blade-contact work like sharp metal handling and recycling. Few jobs genuinely require A9; A4 to A6 covers most construction and fabrication tasks.

Can one glove protect against cuts and chemicals?

Yes, but you must verify both ratings on the same glove. A cut-resistant glove with a nitrile or neoprene coating can stop blades and block many solvents, but not all of them. Check the chemical breakthrough time for your specific substance and the ANSI cut level separately, since neither rating implies the other.

How often should work gloves be replaced?

Replace gloves as soon as they show signs of damage, such as visible tears, punctures, worn coatings, or stiffened material. The protection rating assumes the glove is intact; a small nick in a cut-resistant layer can turn an A6 glove into an unprotected hand. Inspect gloves before every shift.