Cut Resistant Gloves Complete Guide

Cut resistant gloves complete guide: the short answer

Cut resistant gloves complete guide — Cut resistant gloves complete guide: cut-Resistant Gloves: The Complete Buyer's Guide (2026) Last updated: June 22, 2026 (2026-06-22) · Reading time: ~16 min.

Cut-Resistant Gloves: The Complete Buyer's Guide (2026)

Cut-resistant gloves protect hands against lacerations from blades, sheet metal, glass, ceramics and power tools, and they are rated on the ANSI/ISEA 105 scale from A1 to A9 so you can match the glove to the hazard. For most general-purpose metal, glass and assembly work the best starting point is an ANSI A4 or A5 cut-resistant work glove built on an HPPE (high-performance polyethylene) shell — our default recommendation is the MCR Safety 92752S CutPro A5, with the Ergodyne ProFlex 7022 Hi-Vis A4 as a lighter-duty alternative and the MCR Safety PD6901 Predator A9 when you need maximum A9 cut protection plus impact defense. This guide explains the ANSI cut levels, the materials and coatings behind them, and how to choose by job, so you leave knowing exactly what to buy.

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What are cut-resistant gloves?

Cut-resistant gloves are work gloves engineered to resist slicing and laceration from sharp edges — knife blades, sheet-metal burrs, broken glass, ceramic shards, and the moving edges on saws and cutters. They achieve this through high-strength yarns knitted into the glove shell rather than through bulk: a modern A5 glove can feel almost like a lightweight liner yet stop a blade that would open an ordinary cotton or leather glove. Cut resistance is a measured, rated property under ANSI/ISEA 105 in North America and EN 388 in Europe, so unlike vague marketing terms the rating tells you precisely how much edge force the glove withstands.

Cut-resistant, not cut-proof

No glove is cut-proof. A higher ANSI level means more grams of edge force are needed to cut through, not that the glove is invulnerable — a fast draw cut from a fresh utility blade can defeat even an A9 glove under the right angle and load. Cut-resistant gloves reduce injury severity and frequency; they do not replace safe blade technique, guarded tooling, or cut-away cutting direction. They also do not address chemical permeation (see our chemical-resistant glove guide) or thermal hazards, which are governed separately. For a hands-on selection walkthrough, see how to choose cut-resistant gloves by ANSI level.

Where cut gloves fit in your hand-protection program

Cut-resistant gloves are one branch of a broader hand protection program. Where the dominant hazard is crushing or back-of-hand strikes, you want impact-resistant gloves; where it is heat, heat-resistant gloves; and for lifting and grip work, material-handling gloves. Many modern gloves combine cut and impact protection in one shell, which we cover below. Selecting the right branch starts with the documented hazard assessment that OSHA 29 CFR 1910.138 requires of employers.

ANSI/ISEA 105 cut levels (A1–A9) explained

The ANSI/ISEA 105-2016 cut standard rates a glove by the grams of force required to cut through the material on a TDM-100 test machine, then bins that force into nine levels from A1 (lightest) to A9 (highest). The newer A-scale replaced the old 1–5 scale and added the high end (A6–A9) to describe gloves that did not exist when the original standard was written. Higher is not automatically better: an over-specified glove sacrifices dexterity and costs more, so the goal is to match the level to the real edge hazard.

ANSI A1–A9 decode table

Force ranges per ANSI/ISEA 105-2016. The level marks the minimum grams of edge force needed to cut through; pick the level that covers your worst routine edge hazard, not the rare worst case.

ANSI A-scale vs. EN 388

European gloves carry an EN 388 marking instead, with a Coupe test rating (1–5) and an ISO 13997 letter (A–F). The two systems are not directly interchangeable, but as a rough field guide an EN 388 level "C" lands near ANSI A3–A4 and an "F" near ANSI A6–A9. When a glove shows both, buy to the ANSI A-level for North American work and treat EN 388 as supporting information. The Ergodyne ProFlex 7022 A4 and MCR Safety 92785NFS CutPro A5 both publish ANSI ratings, which is what you want for OSHA-aligned documentation.

Cut-resistant materials: HPPE, Kevlar/aramid, steel & glass fiber, Dyneema

The ANSI level is the result; the yarn is the cause. Four material families do almost all the cut-resistance work in modern gloves, usually blended together and wrapped around a core fiber. Understanding them tells you why two A5 gloves can feel and behave completely differently.

HPPE (high-performance polyethylene)

HPPE — the gel-spun polyethylene family that includes Dyneema and Spectra — is the workhorse fiber in today's cut gloves. It is lightweight, comfortable, machine-washable and delivers a high cut-to-weight ratio, which is why most A4 and A5 gloves such as the MCR Safety 92752S CutPro A5 and MCR Safety 92721S CutPro A4 use an HPPE shell. HPPE has a low melting point, so it is not a heat glove, but for ambient-temperature blade and glass work it is the default.

Kevlar and aramid

Kevlar (an aramid) brings cut resistance plus genuine heat tolerance, which HPPE lacks. Aramid-blended gloves like the MCR Safety 9188SFB CutPro A4 Kevlar suit work that mixes sharp edges with incidental heat — light foundry, glass and metal handling near warm surfaces. Aramid is naturally flame-resistant and does not melt, but it costs more than plain HPPE and is less comfortable in high-cut constructions. For dedicated thermal jobs, step to a true heat-resistant glove.

Steel and glass-fiber cores

To reach the top of the scale (A7–A9), yarns are wrapped around a fine steel or glass-fiber core. The core supplies the cut force the polymer fibers cannot, which is how gloves like the MCR Safety PD6901 Predator A9 and MCR Safety 92743LT CutPro A8 hit A8–A9 while staying thin. Steel-reinforced gloves are not for electrical work, and the wire core adds a little stiffness; glass-fiber cores avoid the conductivity issue. These are the gloves for knife-intensive and metal-recovery work.

Dyneema and engineered blends

Dyneema is a branded HPPE fiber prized for its strength-to-weight ratio; many premium "Dyneema Diamond" gloves blend it with glass or steel to lift the level without the bulk. The practical takeaway: do not buy by fiber name alone — buy by published ANSI level and coating. A blended A5 from one maker and a Dyneema A5 from another both stop the same edge force by definition. Browse the full cut-resistant gloves collection to compare constructions at each level.

Coatings & grips: PU, nitrile, foam nitrile, latex, leather — and when to use each

The shell sets the cut level; the coating sets the grip, the feel and the environment the glove suits. The same A5 HPPE liner becomes a precision assembly glove with a thin PU palm or an oily-parts glove with a foam-nitrile palm. Match the coating to your surface and contaminant.

Polyurethane (PU) palm coating

PU is thin, breathable and gives the best fingertip dexterity, which is why it dominates dry assembly, electronics and inspection work. The MCR Safety 92721S CutPro A4 PU and Ergodyne ProFlex 7040 A5 food-grade use PU for clean, dry grip. PU is poor in oil and wet conditions — that is where nitrile takes over.

Nitrile and foam-nitrile palm coating

Nitrile resists oils and abrasion and grips wet, greasy parts; foam (micro-foam) nitrile adds a sponge-like layer that wicks light oil for grip in the bay. The Ergodyne ProFlex 7022 A4 nitrile, MCR Safety 92785NFS A5 micro-foam nitrile and MCR Safety 9277NFS A7 NFT are built for oily metal fabrication and automotive. Foam-nitrile is the most popular general-industry coating because it handles light oil without going slick.

Latex palm coating

Latex (natural rubber) grips aggressively in wet and cold and is tough against abrasion, but it triggers latex allergies and degrades in oil. Crinkle-latex gloves like the MCR Safety 92743LT CutPro A8 suit wet concrete, masonry and cold/wet outdoor handling where allergy risk is managed.

Leather drivers and gauntlets

Leather is its own category — abrasion-tough, heat-tolerant and traditional for welding, driving and rigging. Cut-rated leather gloves such as the MCR Safety MU3664K Mustang HiDex leather drivers combine a Kevlar lining with a goatskin shell for cut plus durability. Leather trades dexterity for ruggedness; use it where the hazard is heavy and the task is gross-motor.

How to choose cut-resistant gloves by use case

Start from the job, not the glove. Identify the worst routine edge hazard, then pick the lowest ANSI level that covers it and the coating that matches your surface and contaminant. The ANSI-level selection walkthrough has the full decision tree; the use-case map below gets most buyers to the right glove fast.

Mechanics & automotive

Oily parts, sheet-metal edges and clips call for an A4–A5 glove with a foam-nitrile or NFT palm for wet grip. The Ergodyne ProFlex 7022 A4 hi-vis nitrile and MCR Safety 92785NFS A5 micro-foam are the everyday picks. CHECK PRICE ON AMAZON →

Metal fabrication & glass handling

Sheet metal and glass are classic A5–A7 territory. Step up to the MCR Safety 9277NFS A7 or Ergodyne ProFlex 7070 A7 for heavy glass and blade-change work; the MCR Safety 92752S CutPro A5 covers most fabrication. CHECK PRICE ON AMAZON →

Construction & trades

Mixed hazards — rebar, blades, abrasion and back-of-hand strikes — favor a cut-plus-impact glove. The MCR Safety PD6901 Predator A9 pairs A9 cut with TPR impact protection; the lighter MCR Safety PD4906 Predator A2 impact suits general site work. See the impact-resistant gloves collection for the full range. CHECK PRICE ON AMAZON →

Food processing

Knife-line and food-contact work needs a food-grade, washable A5+ glove. The Ergodyne ProFlex 7040 A5 food-grade and FDA-accepted MCR Safety 9273SPU CutPro A9 FDA-accepted are built for it. CHECK PRICE ON AMAZON →

Oil & gas / heavy industry

Heavy abrasion, oil and impact define this work. A coated A7 glove like the Ergodyne ProFlex 7072 A7 or an impact-rated leather driver such as the MCR Safety PD4971 Predator A7 goatskin impact handles it. For cold, wet platforms, the Ergodyne ProFlex 7551 A5 waterproof winter glove keeps cut protection in the weather.

Needle & medical-waste handling

Needlestick and sharps work needs maximum cut plus puncture resistance. The MCR Safety PD4900 Predator A9 needle-resist is purpose-built for recycling, waste sorting and law-enforcement search. Note that ANSI cut rating and puncture rating are separate properties — verify both on the spec sheet for sharps work.

Cut vs. impact protection (ANSI/ISEA 138)

Cut and impact are two different hazards rated by two different standards, and a glove can be excellent at one and silent on the other. Cut is ANSI/ISEA 105 (A1–A9). Back-of-hand impact is ANSI/ISEA 138-2019, which rates how well thermoplastic-rubber (TPR) padding protects the knuckles and fingers from crushing strikes, on a 1–3 scale. A glove with no TPR has no impact rating no matter how high its cut level.

ANSI/ISEA 138 impact levels

ANSI/ISEA 138 Level 1 transmits the most force (least protection) and Level 3 the least (most protection). For the full breakdown see our reference on impact-resistant gloves and ANSI/ISEA 138. Demolition, oil & gas, and heavy construction should target Level 2–3 impact in addition to their cut level.

Combined cut + impact gloves

Many modern mechanics gloves deliver both. The MCR Safety PD6901 Predator A9 carries A9 cut and TPR impact in one shell; the MCR Safety 36136HP CutPro HP impact and MCR Safety 36136 CutPro impact combine a cut-rated shell with dorsal TPR. If your hazard assessment flags both lacerations and strikes, a combined glove is more practical than layering. Browse the impact-resistant gloves and material-handling gloves ranges for combined options.

Cut-resistant gloves comparison: representative models

The table below spans the range from light A2 assembly gloves to A9 maximum-cut combined gloves, so you can see how ANSI level, material, coating and price move together. Prices are indicative and subject to change.

As an Amazon Associate, WC Safety earns from qualifying purchases. Prices and availability are accurate as of the date shown and subject to change. Full affiliate disclosure.

Sizing, care & replacement

A cut glove only protects the area it covers and only while the yarn is intact, so fit and replacement matter as much as the rating. A loose glove that slides exposes skin at the cut point; a glove worn to fuzz has lost cut force. Use the glove size chart to measure palm circumference and match the manufacturer size, and size in the actual glove series since fits vary.

Getting the size right

Cut gloves should fit snugly with no loose fingertip material — bunched fabric kills dexterity and the gap is where blades catch. MCR CutPro and Ergodyne ProFlex lines run a true S–XL (some XS/XXL), and many are sold per size, so order the size you measure. Browse spreads in the cut-resistant gloves collection.

Care, washing and service life

HPPE and aramid shells are generally machine-washable; coatings degrade faster than the liner, so retire a glove when the coating cracks, the cuff stretches out, or you see the core fiber through worn yarn. Replace immediately after any cut-through — the compromised area no longer meets its rating. There is no fixed lifespan; inspect at each shift and match replacement to wear, the same hazard-driven logic OSHA 1910.138 expects.

Common questions

What is the difference between A4 and A5 cut-resistant gloves?

The difference is grams of cut force: A4 withstands 1,500–2,199 g and A5 withstands 2,200–2,999 g on the ANSI/ISEA 105 TDM test. In practice A4 like the Ergodyne ProFlex 7022 A4 covers metal fabrication and HVAC, while A5 like the MCR Safety 92752S A5 adds margin for glass handling, sheet metal and food processing. If your work routinely involves glass or thin sharp metal, choose A5.

Are cut-resistant gloves cut-proof?

No. No glove is cut-proof. A higher ANSI level means more edge force is needed to cut through, not that the glove is invulnerable — a fast slicing cut from a fresh blade can still defeat an A9 glove at the wrong angle. Cut gloves reduce the frequency and severity of lacerations; they do not replace safe blade technique or guarded tools.

What are cut-resistant gloves made of?

Most use a high-performance polyethylene (HPPE/Dyneema) shell for lightweight cut resistance, sometimes blended with Kevlar/aramid for heat tolerance or wrapped around a fine steel or glass-fiber core to reach the highest A8–A9 levels. The shell sets the cut level; a PU, nitrile, latex or leather coating sets the grip.

What does ANSI/ISEA 105 mean on a glove?

It is the North American cut-resistance standard. ANSI/ISEA 105-2016 rates a glove by the grams of force needed to cut through it on a TDM-100 machine, binned into levels A1 (200 g) through A9 (6,000+ g). Buy to the ANSI A-level for OSHA-aligned documentation in the US.

How is ANSI cut level different from EN 388?

They are separate systems. ANSI/ISEA 105 uses A1–A9; EN 388 (European) uses a Coupe 1–5 rating plus an ISO 13997 letter A–F. They are not directly interchangeable, but roughly EN 388 "C" approximates ANSI A3–A4 and "F" approximates A6–A9. For US work, buy to the ANSI level.

Which coating should I choose: PU, nitrile, foam nitrile, latex or leather?

Match the coating to your surface. PU gives the best dry dexterity (assembly, electronics); nitrile and foam nitrile grip oily, wet parts (automotive, fabrication); latex grips in wet/cold but causes allergies and fails in oil; leather is for abrasion, heat and rigging where dexterity matters less.

Can cut-resistant gloves also protect against impact?

Only if they have TPR padding rated to ANSI/ISEA 138. Cut and impact are separate ratings. Combined gloves like the MCR Safety PD6901 Predator A9 carry both a high cut level and back-of-hand impact protection; a plain A9 knit glove with no TPR has no impact rating.

What cut-resistant gloves are best for automotive and mechanic work?

An A4–A5 glove with a nitrile or foam-nitrile palm for oily grip. The Ergodyne ProFlex 7022 A4 and MCR Safety 92785NFS A5 micro-foam are the everyday automotive picks — enough cut margin for sheet metal and clips, with wet grip on greasy parts.

Are there food-grade cut-resistant gloves?

Yes. Food processing needs a washable, food-contact-rated glove such as the Ergodyne ProFlex 7040 A5 food-grade or the FDA-accepted MCR Safety 9273SPU A9. Verify the food-contact rating on the box before knife-line use.

Do cut-resistant gloves protect against needles and punctures?

Cut resistance and puncture resistance are different properties. For sharps and needlestick work choose a puncture-rated glove like the MCR Safety PD4900 Predator A9 needle-resist, and confirm both the cut and puncture ratings on the spec sheet — a high cut level alone does not guarantee needle protection.

Can cut-resistant gloves be washed and reused?

Most HPPE and aramid shells are machine-washable and reusable. The coating wears faster than the liner, so retire a glove when the coating cracks, the cuff stretches, or the core fiber shows through worn yarn. Replace immediately after any cut-through, since the damaged area no longer meets its rating.

How long do cut-resistant gloves last?

There is no fixed lifespan — service life depends on the task and wear. Inspect at each shift and replace on coating cracks, cuff stretch-out, visible core fiber, or any cut-through. This wear-based replacement matches the hazard-driven approach in OSHA 29 CFR 1910.138.

Are Kevlar gloves the same as cut-resistant gloves?

Kevlar (an aramid) is one material used to make cut-resistant gloves, prized because it adds heat tolerance that HPPE lacks. But many cut gloves use HPPE/Dyneema or steel cores instead. "Kevlar gloves" is not a cut level — check the published ANSI A-rating, not just the fiber name.

What is the highest cut-resistant glove level?

ANSI A9 (6,000+ grams of cut force) is the top of the ANSI/ISEA 105 scale. A9 gloves like the MCR Safety PD6901 Predator A9 use steel or glass-fiber cores to reach that level while staying thin enough to work in. A9 is for extreme blade exposure — recycling, metal recovery and knife-intensive lines — not everyday use.

Does OSHA require cut-resistant gloves?

OSHA does not name a specific glove. OSHA 29 CFR 1910.138 requires employers to assess hand hazards and select appropriate protection. Where the assessment identifies a laceration hazard, cut-resistant gloves matched to that hazard satisfy the standard. Document the assessment and match the ANSI level to the identified risk.

Sources. Requirements referenced here come from OSHA 29 CFR 1910 and the NIOSH recommendations. Where a consensus standard governs, the ANSI document is named in the text.

Related reference

If this page is part of a wider question, the neighbouring references are ansi a4 vs a5 cut resistant gloves, best a5 cut resistant gloves, best chemical resistant gloves, best chemical resistant nitrile gloves, best cut resistant gloves, best cut resistant gloves for glass handling, best cut resistant gloves for mechanics and best food grade cut resistant gloves. Each covers one standard or one figure, so they can be read in any order.

Further reading in the same area: best impact resistant gloves, best needle resistant gloves, best slip resistant work shoes, cut resistant vs impact resistant gloves, best accelerator free nitrile gloves, best ansell hyflex gloves, best black nitrile gloves, best heavy duty nitrile gloves.

Neighbouring topics that come up in the same decision: best leather work gloves, best mechanics gloves, best nitrile exam gloves, best nitrile gloves for cleaning, best nitrile gloves for food service, best nitrile gloves for mechanics, best orange nitrile gloves, best purple nitrile gloves.

Why trust WC Safety

WC Safety is an independent, affiliate-supported review site. It is not a retailer: it holds no inventory, takes no orders, and earns only from qualifying purchases through clearly marked links — which never changes what a product is rated to do. Standards language is taken from the regulation text directly, and ratings are reported as the manufacturer publishes them. We run no laboratory and perform no testing of our own. Where published sources disagree, we say so and plan on the conservative figure rather than the flattering one.

Our methodology

Figures come from the regulation and the published specification, in that order. Derated numbers are calculated, not estimated. Nothing here is presented as a measured result, because we measure nothing.

Researched and written by Steven Eaton, editor of WC Safety. Steven holds no safety certification and does not test products; this page compares what manufacturers and regulators publish, with the gaps in that record marked. Last reviewed August 2026.