Cut Resistant Gloves: How To Choose The Right Pair
Cut resistant gloves are protective gloves made from high-strength fibers — HPPE, steel, or stainless mesh — that resist blade cut-through. ANSI/ISEA 105 rates them from A1 (200 grams of cut force) to A9 (6,000+ grams). For most kitchen prep, an A4–A5 glove balances real blade protection with the dexterity knife work demands.
Every kitchen has a drawer with a mandoline in it, and every operator has a story about that mandoline. Cut resistant gloves are the cheapest insurance in foodservice: a few dollars per pair against stitches, workers' comp claims, and a line cook out for a week. But the category is confusing — industrial PPE brands dominate the search results, the rating systems changed, and almost nobody explains what the levels mean for kitchen work specifically. This guide fixes that. It covers the ANSI A1–A9 scale, how it maps to prep, mandoline slicing, oyster shucking, and butchery, food-safety and HACCP considerations, the knife-safety habits that gloves complement (but never replace), and how to wash and maintain the gloves so they actually get worn.
TL;DR — Choosing Cut Resistant Gloves for a Kitchen
- The rating that matters is ANSI/ISEA 105: A1 (lightest) through A9 (heaviest), based on grams of force needed to cut through the material.
- Most kitchen prep: A4–A5. Mandoline and grater work: A5 or higher. Oyster shucking and butchery: A6–A9 or stainless steel mesh.
- Cut resistant ≠ cut proof: no glove stops a determined slice or a stab; gloves reduce injury severity and frequency.
- Food safety: wear a food-safe disposable glove over a knit cut-resistant liner unless the glove itself is rated food-safe; the FDA Food Code bars bare-hand contact with ready-to-eat food.
- Fit is compliance: a glove that fits poorly stays in the drawer. Stock multiple sizes.
Quick Comparison: Cut Level vs. Kitchen Task
| ANSI Cut Level | Cut Force (grams) | Typical Kitchen Use |
|---|---|---|
| A1–A2 | 200–999 g | Light handling, garnish, produce washing — minimal blade exposure |
| A3 | 1,000–1,499 g | General prep with paring and utility knives |
| A4 | 1,500–2,199 g | Daily knife prep, dicing, portioning — the workhorse level |
| A5 | 2,200–2,999 g | Mandoline slicing, graters, heavy prep, light butchery |
| A6–A7 | 3,000–4,999 g | Butchery, boning, oyster and clam shucking |
| A8–A9 / steel mesh | 5,000–6,000+ g | High-volume butchery, band-saw adjacent work, shellfish stations |
Cut force thresholds per the ANSI/ISEA 105-2024 standard (ISEA hand protection guide).
What Are Cut Resistant Gloves?
A cut resistant glove is a work glove engineered from materials that resist slicing by a blade — high-performance polyethylene (HPPE), fiberglass and steel-fiber blends, aramid fibers like Kevlar, or full stainless steel mesh. The glove's job is to raise the amount of force a blade needs to reach skin, buying the wearer protection during slips, glancing contact, and repetitive blade work.
In the United States, cut resistance is classified under ANSI/ISEA 105, the American National Standard for Hand Protection Classification. The current edition, ANSI/ISEA 105-2024, uses a nine-level scale from A1 to A9. A standardized machine (the TDM-100) drags a blade across the glove material under increasing load; the grams of force required to cut through determine the level. A1 starts at 200 grams. A9 requires 6,000 grams or more — thirty times the force.
The injury data explains why this category moved from industrial plants into kitchens. According to the U.S. Bureau of Labor Statistics, full-service restaurants recorded 8,110 cut and laceration cases serious enough to require days away from work in 2019 — a rate of 23.6 cases per 10,000 full-time workers, more than three times the 7.1 rate across all private industry. Cuts are the single most disproportionate injury in restaurant work.
In 15+ years supplying more than 40,000 foodservice operations at Restaurantware, we've watched cut-resistant gloves shift from a specialty item at oyster bars to standard issue across prep lines, delis, and butcher stations. The operators who adopted them earliest tell us the same thing: the gloves didn't slow anyone down, and the near-miss stories stopped becoming incident reports.
What Do the ANSI A1–A9 Cut Levels Actually Mean?
Each ANSI cut level represents a minimum gram-force threshold measured on the TDM-100 test. Here is the full scale, per the ANSI/ISEA 105-2024 standard:
| Level | Minimum Cut Force | What It Means in Practice |
|---|---|---|
| A1 | 200 g | Nuisance-cut protection only; light-duty handling |
| A2 | 500 g | Low cut hazard; general handling with occasional sharp edges |
| A3 | 1,000 g | Light-to-medium hazard; basic prep knife work |
| A4 | 1,500 g | Medium hazard; sustained knife prep — the most common kitchen spec |
| A5 | 2,200 g | Medium-heavy hazard; mandolines, graters, butchery entry point |
| A6 | 3,000 g | High hazard; boning, heavy butchery, shucking |
| A7 | 4,000 g | High hazard with sustained blade contact |
| A8 | 5,000 g | Very high hazard; high-volume protein fabrication |
| A9 | 6,000+ g | Maximum rating; comparable roles to stainless mesh |
Two practical notes. First, higher is not automatically better: cut resistance usually costs dexterity, and a stiff A8 glove on a garde manger station creates its own problems — slower work, more fatigue, and a glove nobody wants to wear. Second, watch the label vintage. Before 2016, ANSI used a 1–5 scale tested by a different method, and many gloves sold today (especially food-industry gloves) are still marketed with legacy "level 5" or "level 9" labels. A legacy level 5 is not the same as an ANSI A5 — when in doubt, check the spec sheet for the gram-force or the A-series marking.
How Do ANSI and EN 388 Ratings Compare?
EN 388 is the European standard for protective gloves against mechanical risks, and imported gloves often carry it. Its ISO 13997 (TDM) cut ratings run A through F, measured in newtons rather than grams: A = 2 N, B = 5 N, C = 10 N, D = 15 N, E = 22 N, F = 30 N. Because 1 newton ≈ 102 grams-force, the two scales line up roughly like this:
| EN 388 (ISO 13997) | Force | Approx. ANSI Equivalent |
|---|---|---|
| A | 2 N (~204 g) | A1 |
| B | 5 N (~510 g) | A2 |
| C | 10 N (~1,019 g) | A3 |
| D | 15 N (~1,529 g) | A4 |
| E | 22 N (~2,243 g) | A5 |
| F | 30 N (~3,059 g) | A6 |
The mapping is approximate — the standards use different test protocols, so an EN 388 "D" is not formally certified as an ANSI A4. Some gloves carry both marks; if you're comparing across standards, compare the raw force numbers, not the letters. Note that older EN 388 gloves may show only the legacy coup-test rating (1–5), which dulls against high-tech fibers and is less reliable for modern materials.
What Cut Level Is Best for Kitchen Work?
The best cut level for kitchen work is A4 to A5 for general prep, and A6 or higher (or stainless mesh) for butchery and shucking. Match the glove to the task, not the scariest blade in the building:
- General knife prep (dicing, mincing, portioning): A4. Enough protection for slips and glancing contact, thin enough to keep knife control.
- Mandoline and grater work: A5 minimum. Mandolines cause a disproportionate share of kitchen lacerations because the blade is fixed, razor-sharp, and the guard rarely gets used — the glove is the guard that's actually on the hand. (Choosing sharper, better prep tools helps too; see our guide on how to choose a grater for efficient vegetable prep.)
- Oyster and clam shucking: A6–A9 or stainless steel mesh on the holding hand. Shucking combines high force, a slippery shell, and a blade pointed at the palm — the classic severe-injury setup.
- Butchery and boning: A6–A9 or mesh on the non-knife hand. Boning knives are narrow, flexible, and work close to the fingers for hours at a time.
- Cleaning slicers and blades: A5+. Wiping down a deli slicer is one of the most common laceration scenarios in foodservice — the blade is stationary, but the hand is moving.
Wear the glove on the hand that's exposed — usually the guiding/holding hand, not the knife hand. For two-sided risks like slicer cleaning, glove both hands.
Know your level? Browse ANSI-rated options by task in the Restaurantware gloves collection.
Do Cut Resistant Gloves Replace Knife Safety? (No — Here's What They Protect)
A cut resistant glove is the last line of defense, not the first. The fundamentals it backs up are the same knife-safety rules that were the core of our original knife-safety guide, and they belong in every kitchen's training:
What are the 3 knife safety rules every kitchen should enforce?
- A sharp knife is a safe knife. Dull blades demand more force, and force is what causes slips. Keep edges maintained — our separate knife sharpener buying guide covers sharpening systems, angles, and honing in depth.
- Cut on a stable board, away from your body. A damp towel under the cutting board stops the slide that causes most glancing cuts.
- Never catch a falling knife, and never leave one in a sink. Step back and let it fall; a submerged blade is an ambush for the next person's hand.
What should you remember when holding a knife?
Five things: (1) pinch-grip the blade at the bolster for control rather than choking the handle; (2) curl the fingertips of your guide hand into a "claw" so knuckles — not fingertips — face the blade; (3) keep your eyes on the cut, not the conversation; (4) point the edge away from your body when carrying, blade down at your side; (5) put the knife down before you do anything else with that hand. A cut resistant glove on the claw hand backs up rule 2 — it's exactly where glancing contact happens.
What are the 5 basic knife cuts — and when do gloves matter?
The five foundational cuts every cook drills are the julienne (matchsticks), brunoise (fine dice), small/medium/large dice, chiffonade (ribbon-cut leaves), and the rough chop. Gloves matter most while the cuts are still being learned — repetitive high-speed knife work with an unpracticed claw grip is when fingertips drift into the blade path. Many operators issue A4 gloves to new prep hires for their first weeks as a standing policy.
What are the 3 guidelines to properly care for knives?
Care for knives with three habits: keep them sharp (hone daily, sharpen on a schedule), keep them clean and dry (hand-wash immediately, never the dishwasher, never the sink soak), and store them protected (magnetic strip, guard, or knife roll — not loose in a drawer). Well-cared-for knives are predictable knives, and predictable knives cut fewer people. For the full sharpening deep-dive — stones, pull-through sharpeners, and angle selection — see our dedicated knife sharpener buying guide, which remains the definitive resource on that topic.
Are Cut Resistant Gloves Food Safe? (HACCP & FDA Considerations)
Not automatically — food safety and cut safety are separate certifications. A cut resistant glove is food safe only if its materials are rated for direct food contact. Two rules govern kitchen use:
- The FDA Food Code prohibits bare-hand contact with ready-to-eat food (FDA Food Code 2022, §3-301.11): employees must use suitable utensils or single-use gloves when touching food that won't be cooked afterward. A knit cut-resistant glove is not a single-use glove.
- OSHA requires appropriate hand protection where hazards like cuts and lacerations exist (29 CFR 1910.138) — but it doesn't certify gloves for food contact.
The standard HACCP-friendly practice resolves both: wear a food-safe disposable glove over the cut-resistant liner. The knit glove provides the cut protection; the disposable nitrile or poly over-glove provides the food-contact barrier and gets changed between tasks like any other single-use glove. Alternatively, choose a glove sold as food-safe — stainless mesh gloves and several knit models are rated for direct food contact and are designed to be washed and sanitized between uses. Either way, the cut-resistant layer should be laundered on a schedule, and the disposable layer follows your normal glove-change protocol (task changes, raw-to-ready-to-eat transitions, tears, and time limits).
How Should Cut Resistant Gloves Fit — and Why Does Fit Decide Compliance?
Fit is the difference between a glove program and a glove drawer. Our foodservice customers tell us the same thing over and over: gloves that don't fit don't get worn. Too large, and the loose fingertips snag on box graters and drift into mandoline blades — creating the hazard they're meant to prevent. Too small, and hands fatigue and cooks pull them off mid-shift.
A properly fitted cut resistant glove should feel like a snug knit glove: fingertips reaching the end without pressure, no bunching at the palm, full fist possible without strain. Practical program tips from operators we supply:
- Stock at least three sizes (S/M/L at minimum) — one-size-fits-all is one-size-fits-nobody on a real crew.
- Assign gloves individually, like knives. Shared gloves are damp gloves, and damp gloves stay in the drawer.
- Buy pairs or ambidextrous designs so the glove can go on whichever hand the task exposes.
- Replace on a schedule: knit gloves lose cut resistance as fibers wear, snag, and thin. Any glove with a visible pull, hole, or thin spot is done.
Can You Wash Cut Resistant Gloves — and How Do You Maintain Them?
Yes — most cut resistant gloves are washable, and washing is required if they touch food or food-contact surfaces. Maintenance by type:
- Knit gloves (HPPE, fiber blends): machine-wash warm with standard detergent, air dry. Avoid bleach and high-heat drying, which degrade the fibers. Launder at least daily in food-contact use; replace when snagged or threadbare.
- Coated knit gloves: same as above, but expect the coating to wear before the liner — replace when the coating peels.
- Stainless steel mesh: the easiest to sanitize — wash with hot water and detergent, sanitize like smallwares, and it can run through a dish machine. Mesh gloves last years, which is why butcher shops and oyster bars standardize on them.
Build glove checks into your HACCP-adjacent routines: a two-second look for holes and thin spots at the start of each shift, a laundering log if gloves contact food, and a standing reorder point so a worn glove is retired rather than "one more shift"-ed.
Which Cut Resistant Gloves Should You Buy for Your Kitchen?
Restaurantware's gloves collection covers the three layers of a complete kitchen hand-protection program:
- For everyday prep and mandoline work: Life Protector gray level 5 cut-resistant gloves — food-safe knit gloves sold in pairs, breathable enough for full shifts, with a non-slip palm option for wet stations. This is the glove we see ordered as standard issue for prep lines.
- For shucking and butchery: the Life Protector stainless steel mesh level 9 cut-resistant glove — food-safe metal mesh for the holding hand at oyster stations and boning tables, sanitizable like smallwares and effectively a multi-year purchase.
- For the food-contact layer: food-safe disposable gloves — such as Low Derma hypoallergenic nitrile gloves — to layer over knit liners for ready-to-eat work, plus the rest of your single-use rotation.
Round out the station with kitchen gloves for cleaning, dishwashing, and chemical tasks — different hazard, different glove.
Frequently Asked Questions About Cut Resistant Gloves
Do cut-resistant gloves actually work?
Yes. Cut resistant gloves measurably reduce the frequency and severity of blade lacerations by raising the force a blade needs to reach skin — an ANSI A5 glove withstands at least 2,200 grams of cut force, and A9 gloves withstand 6,000+ grams. They are risk reduction, not immunity: they don't stop punctures or stabs, and they never replace knife technique.
What is a cut-resistant glove?
A cut-resistant glove is a protective glove made from engineered materials — HPPE, steel-fiber blends, aramid fibers, or stainless steel mesh — that resist blade cut-through. Under ANSI/ISEA 105, gloves are rated A1 through A9 based on the grams of force a standardized blade needs to cut the material.
What are the most cut-resistant gloves?
ANSI A9-rated gloves and stainless steel mesh gloves are the most cut-resistant available, withstanding 6,000+ grams of cut force. In kitchens, mesh gloves are the top choice for oyster shucking and butchery because they combine maximum cut protection with dish-machine-friendly sanitizing.
What are level 3 cut-resistant gloves?
Level 3 means ANSI A3: the glove withstands at least 1,000 grams of cut force on the TDM-100 test. A3 suits light-to-medium hazards — general produce prep with paring and utility knives — but is under-specified for mandolines, shucking, or butchery. Note that a legacy "level 3" from the pre-2016 ANSI scale or the EN 388 coup test is not equivalent to an A3.
What cut level is best for kitchen work?
A4–A5 is best for general kitchen prep: enough protection for knife slips, thin enough for knife control. Step up to A5 for mandolines and graters, and to A6–A9 or stainless mesh for oyster shucking, boning, and butchery. Level down only for tasks with no real blade exposure.
Can you wash cut resistant gloves?
Yes. Knit cut resistant gloves machine-wash with standard detergent and air dry — avoid bleach and high heat, which degrade the fibers. Stainless steel mesh gloves wash and sanitize like smallwares, including in a dish machine. Gloves used around food must be laundered at least daily, and any glove with holes or thin spots should be replaced, not washed.
The Bottom Line: Match the Glove to the Task
Choosing the right cut resistant gloves comes down to three decisions: the right ANSI level for the task (A4–A5 for prep, A6+ or mesh for shucking and butchery), a food-safe strategy (food-rated gloves or a disposable over-glove), and a fit program that gets gloves onto hands instead of into drawers. Cuts and lacerations put restaurant workers out at more than three times the all-industry rate — and they're among the most preventable injuries in the building.
Ready to outfit your line? Shop the full cut-resistant and kitchen gloves collection at Restaurantware, add food-safe disposable gloves for your ready-to-eat stations, and keep every station covered — from the mandoline to the oyster bar.
