How do you choose work gloves?

Short answer: To choose work gloves, start with a hazard assessment: identify whether the task risks cuts, impacts, chemicals, heat, abrasion, or just general handling, then pick a glove rated for that specific hazard. Match the cut level (ANSI A1 to A9), impact level (ISEA 138), or chemical permeation rating to the job, then balance protection against the dexterity you need. The right work gloves are the highest-rated pair a worker will actually keep on all shift.

How to choose work gloves (2026)

Learning how to choose work gloves correctly is the single highest-return decision in hand protection, because the wrong pair fails silently - a worker assumes they are protected right up to the injury. The federal rule that governs hand PPE, OSHA 29 CFR 1910.138, requires employers to select and require gloves based on a hazard assessment of the task, not on habit or price. This guide is written for safety managers, procurement teams, and field supervisors who need to pick gloves that match the actual risk and still get worn through the shift.

There is no single best work glove - only the best glove for a defined hazard. Below we walk through the six hazard families you will encounter (cut, impact, chemical, heat, abrasion, and general handling), decode the rating systems that tell you how much protection a glove actually delivers, and cover the coatings, dexterity trade-offs, and sizing that decide whether the glove gets used. Browse the full hand protection range as you read, and start any selection with a real task hazard assessment.

Why this matters.
The U.S. Bureau of Labor Statistics consistently ranks hand and finger injuries among the most frequent workplace lost-time incidents, and the great majority involve workers wearing no gloves or the wrong type for the hazard. OSHA 1910.138 makes glove selection an employer duty tied to a documented hazard assessment - so issuing a generic cotton glove for a knife task is both an injury risk and a compliance gap. Matching the glove to the rated hazard is what closes both.

Part 1 - Choose work gloves by starting with a hazard assessment

Before you compare any gloves, define the hazard. OSHA 1910.138 and the broader PPE hazard-assessment rule in 1910.132 require you to evaluate the task and document what the hands are exposed to. Most jobs fall into one or more of six hazard families:

• Cut - blades, sheet metal, glass, ceramics; rated by ANSI/ISEA 105 (A1-A9).
• Impact - struck-by and pinch hazards on the back of the hand; rated by ANSI/ISEA 138 (1-3).
• Chemical - solvents, acids, oils; rated by permeation breakthrough time.
• Heat - contact, convective, or radiant heat; rated by EN 407.
• Abrasion - grinding, rough materials, repetitive friction.
• General handling - grip, dexterity, and light protection for assembly or warehouse work.

Write down the dominant hazard and any secondary ones - many gloves carry combined ratings, but you select for the worst exposure first.

Part 2 - Cut, impact, and abrasion: the mechanical hazards

For blade and edge exposure, match the ANSI cut level to the task: light handling at A1-A3, glass and metal fabrication at A4-A6, and heavy blade or recycling work at A7-A9. Our cut-resistant gloves span that whole range. For struck-by and pinch hazards - common in oil and gas, demolition, and heavy assembly - choose an ANSI/ISEA 138 impact glove with molded TPR on the back of the hand, like the MCR Safety PD6901 Predator impact gloves from our impact-resistant gloves collection. Abrasion resistance comes from the shell and coating - a tight nylon or HPPE knit with a snug coating resists wear far better than loose cotton.

Part 3 - Chemical hazards: permeation, not just splash

Chemical gloves are the most commonly mis-specified, because buyers look at the material and ignore the chemical. A nitrile glove that resists oil may break down in minutes against an aggressive solvent. What matters is permeation - how long it takes a chemical to pass through the glove at a molecular level (breakthrough time) - which is specific to each chemical-and-material pair. Always cross-check the chemical against a manufacturer permeation chart, and see our chemical-resistant glove guide for how breakthrough time works. For incidental chemical contact, a disposable barrier from our nitrile gloves range may suffice; for immersion or hazardous chemicals, step up to a thicker dedicated chemical-resistant glove.

Part 4 - Heat hazards: contact, convective, and radiant

Heat protection is not one rating - a glove that handles a hot pan (contact heat) may offer little against furnace radiant heat. EN 407 breaks thermal performance into separate scores for contact, convective, and radiant heat plus flame, small splashes, and large splashes of molten metal. Leather, aramid (Kevlar), terrycloth, and aluminized materials each target different heat types. Match the dominant heat mode to the material and check the temperature range before buying - browse our heat-resistant gloves and see the dedicated guide on how to choose heat-resistant gloves.

Part 5 - Coatings and the dexterity trade-off

Most modern work gloves are a knit shell dipped in a coating that supplies grip and a barrier. The coating largely determines feel and where the glove excels:

• Nitrile - the all-rounder. Strong oil and abrasion resistance with good grip in wet or oily conditions; the default for mechanics, assembly, and general industry.
• Polyurethane (PU) - thin and breathable with excellent fingertip sensitivity; ideal for precision and electronics, weaker against oil and abrasion.
• Latex - aggressive wet and dry grip and good abrasion resistance, but presents an allergen risk and degrades with oils.

The core trade-off is always protection versus dexterity. A thicker, higher-cut glove protects more but dulls touch; a thin PU palm preserves feel but offers less. The honest rule is to pick the most protective glove a worker will keep on for the whole task - a high-rated glove left in a pocket protects nothing.

Part 6 - Sizing, fit, and getting gloves worn

Fit drives both protection and compliance. A glove that is too large bunches and snags near moving machinery; one that is too small fatigues the hand and gets removed. Measure around the dominant palm at the knuckles to get the circumference in inches, which maps directly to glove size, and confirm against our glove size chart. Offer at least small through extra-large so every worker gets a true fit, and re-check fit when switching glove styles. For broader hand-protection planning, the nitrile gloves complete guide covers the disposable side of the program in depth.

Match the hand hazard to the right glove type

Part 7 - Worked example: how to choose work gloves for a metal-fabrication cell

To make the process concrete, here is how to choose work gloves for a metal-fabrication cell where workers handle sheet metal edges (cut), occasionally drop heavy stock (impact), and use cutting oils (light chemical contact). The goal is one primary glove that covers the dominant cut-plus-impact hazard, with a disposable barrier for oil tasks.

1. Document the hazards. Record the exposures per OSHA 1910.138: A4-level cut risk from sheet metal, struck-by and pinch risk from heavy stock, and incidental cutting-oil contact. The dominant mechanical hazard is cut combined with impact.
2. Set the cut level. For sheet-metal edges, target at least ANSI A4 - A4 to A6 covers most fabrication. Filter our cut-resistant gloves to that band rather than over-buying an A9 glove that costs dexterity.
3. Add impact protection. Because heavy stock is handled, choose a glove that combines cut resistance with molded TPR on the back of the hand. The MCR Safety PD6901 Predator impact glove (Large) pairs an impact-rated back with a coated grip palm.
4. Handle the oil exposure separately. Rather than ruining the primary glove with solvents, issue a disposable nitrile barrier from our nitrile gloves range for oil-handling tasks, and reserve the coated work glove for dry handling.
5. Size every worker. Measure each worker's palm circumference and assign a true size using the glove size chart. Stock small through XXL so no one defaults to a poor fit.
6. Trial, confirm grip, and standardize. Run a short wear trial on the real task. Confirm the glove keeps grip with oily parts and that workers keep it on; then standardize the SKU and document the selection in your PPE program.

The same hazard-first method applies across the catalog - from a thin material-handling glove for warehouse picking to a dedicated heat-resistant glove for hot work. For the rating systems behind these choices, read how to read ANSI cut levels and the EN 388 glove standard explained.

WC Safety is an Amazon Associate; we earn from qualifying purchases. This does not affect the price you pay.

Check impact-resistant work glove prices on Amazon

Frequently asked questions

How do you choose work gloves for the right hazard?

To choose work gloves, run a hazard assessment of the task first: identify whether the risk is cut, impact, chemical, heat, abrasion, or general handling, then select a glove rated for that exposure. Per OSHA 1910.138, glove selection must be based on the assessed hazard, not habit. Start from our hand protection range once the hazard is defined.

How do I choose work gloves with the right material?

There is no single best material - it depends on the hazard. Nitrile-coated knits are the best all-rounder for oil and abrasion, PU coatings are best for precision and feel, and leather or aramid is best for heat and heavy duty. Choose work gloves by matching the material to the dominant hazard rather than buying one glove for everything.

What cut level glove do I need?

Use ANSI A1-A3 for light handling, A4-A6 for glass and metal fabrication, and A7-A9 for heavy blade and recycling work. Buying a level higher than the task needs usually costs dexterity for no added safety. See how to read ANSI cut levels to map levels to tasks.

What gloves protect against impact?

Impact gloves carry molded thermoplastic rubber (TPR) on the back of the hand and fingers and are rated 1-3 under ANSI/ISEA 138. They are standard in oil and gas, demolition, and heavy assembly. Browse the impact-resistant gloves collection and the ISEA 138 explainer.

How do I choose chemical-resistant work gloves?

Match the specific chemical to a glove material using a permeation chart and choose the glove with adequate breakthrough time for your contact duration - material alone is not enough. For immersion, use a thick dedicated glove from our chemical-resistant gloves; our chemical-resistant glove guide explains how to read the data.

What is the difference between nitrile and PU coated gloves?

Nitrile coatings give stronger oil, chemical, and abrasion resistance with reliable wet grip, making them the default for industrial work. PU (polyurethane) coatings are thinner and more breathable with better fingertip sensitivity, which suits precision and electronics work but offers less oil and abrasion resistance.

Does OSHA require work gloves?

OSHA requires hand protection wherever a hazard assessment shows a hazard to the hands. Under 29 CFR 1910.138, employers must select and require appropriate gloves based on the task's exposures, including cuts, chemicals, thermal burns, and harmful temperatures.

How do I size work gloves?

Measure around the palm of your dominant hand at the knuckles; the circumference in inches maps to your glove size (for example, about 8 inches is medium). A correct fit means snug with no bunched material at the fingertips. Confirm against our glove size chart.

Why does dexterity matter when choosing gloves?

Dexterity decides whether a glove gets worn. An over-protective, bulky glove dulls touch and gets removed for fiddly tasks, leaving the hand unprotected. The practical rule is to pick the most protective glove a worker will keep on for the whole task rather than the highest-rated glove on the shelf.

Can one glove handle cut and impact hazards?

Yes - many modern gloves combine an ANSI cut-rated shell with TPR impact protection on the back of the hand, which is ideal for fabrication and heavy assembly. The MCR Safety PD6901 Predator glove is an example of a combined cut-and-impact design.

What gloves should I use for general warehouse handling?

For picking, packing, and light assembly, a thin PU- or nitrile-coated general-purpose glove gives grip and feel without bulk. Browse the material-handling gloves collection, and step up to a cut-rated glove only if the goods or containers present edges.

Are disposable gloves the same as work gloves?

No. Disposable gloves like exam-grade nitrile are thin single-use barriers for contamination and incidental chemical contact, not mechanical protection. For cut, impact, or abrasion, use a coated knit work glove. See the nitrile vs latex vs vinyl gloves guide for choosing among disposables.

How often should work gloves be replaced?

Replace work gloves when the coating wears through, the shell shows cuts or thinning, the fit stretches out, or chemical gloves show any sign of swelling or degradation. A glove with a compromised barrier offers a false sense of protection, so inspect before each shift and retire damaged pairs.

What are the safest gloves for handling glass?

Glass and ceramics demand a mid-to-high ANSI cut level - typically A4 or higher - with a snug coated grip. Choose from the cut-resistant gloves collection and verify the cut level on the cuff per how to read ANSI cut levels.

Do leather work gloves protect against cuts?

Plain leather offers good abrasion and moderate puncture resistance but is not a reliable cut barrier on its own. For real cut protection, choose a glove with an aramid or HPPE liner or a leather-and-Kevlar build, and confirm a stated ANSI cut level rather than assuming leather alone is cut-proof.

What gloves do I need for hot work?

For heat, choose an EN 407-rated glove matched to the heat type - contact, convective, or radiant - using leather, aramid, terrycloth, or aluminized material as appropriate. Start in our heat-resistant gloves collection and read how to choose heat-resistant gloves to pick the right material.

Should I choose work gloves in one style for the whole facility?

Only if every task shares the same hazard, which is rare. Standardize within a hazard family - one cut glove for the fab line, one disposable for chemical contact, one impact glove for material handling - rather than forcing a single SKU to cover unrelated risks. Choosing work gloves per hazard keeps both protection and compliance intact.

Further reading on this site

• Hand protection — the full hand-protection range across cut, impact, chemical, heat, and disposable gloves.
• Cut-resistant gloves — ANSI A1-A9 gloves for blade, glass, and sheet-metal hazards.
• Impact-resistant gloves — TPR back-of-hand gloves for struck-by and pinch hazards.
• Chemical-resistant gloves — permeation-rated gloves for solvents, acids, and oils.
• Heat-resistant gloves — leather, aramid, and aluminized gloves for hot work.
• How to read ANSI cut levels — decode the A1-A9 scale and pick a level by task.
• Glove size chart — measure your hand and choose the right glove size.
• Nitrile gloves complete guide — the disposable side of a hand-protection program in depth.