Technical Foundation
What Is a Cut Resistant Glove?
A cut resistant glove is a work glove whose knit shell is engineered from high-performance fibers — HPPE (high-performance polyethylene), aramid (Kevlar-type), or steel/glass-reinforced yarns — to resist slicing when a sharp edge is dragged across the surface, rated under ANSI/ISEA 105 on a scale from A1 (lowest) to A9 (highest) based on the grams of cutting force the material withstands in a standardized blade test. Cut resistance is a property of the base knit, not the coating, so the ANSI level printed on a glove reflects the shell material's performance and generally isn't significantly improved by adding a palm coating, though the coating does add its own abrasion and puncture resistance.
Coating type and coverage are chosen independently of cut level to match the grip and dexterity needs of the task: nitrile coating gives strong abrasion and oil resistance for handling metal parts, polyurethane coating gives a thinner, more dexterous coat suited to fine assembly work, and coating coverage (palm-only, 3/4-dip, or full-dip) trades grip area against breathability. Selecting cut level should be based on an actual task hazard assessment rather than defaulting to the highest number available — over-specifying cut level often sacrifices dexterity and increases cost without addressing the actual injury mechanism, particularly for puncture or abrasion hazards that a higher cut rating doesn't address.
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| Spec | What It Means | Why It Matters |
|---|---|---|
| ANSI/ISEA 105 Cut Level | A1 (lowest) through A9 (highest), based on grams of cutting force resisted | Matches glove protection to the actual laceration hazard identified in a task risk assessment |
| Shell Material | HPPE, aramid (Kevlar-type), steel/glass-reinforced blend | Determines base cut resistance, heat resistance, and comfort/weight of the glove |
| Coating Material | Nitrile, polyurethane, latex, foam nitrile | Affects grip in dry/oily conditions, abrasion resistance, and tactile dexterity |
| Coating Coverage | Palm only, 3/4-dip, full-dip | More coverage adds grip and protection but reduces breathability and fine dexterity |
| Gauge (Knit Density) | 13, 15, 18 gauge knit | Higher gauge numbers give a thinner, more dexterous glove; lower gauge gives more bulk and durability |
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Applications
Where Cut Resistant Gloves Get Used
Cut resistant glove selection follows a task-specific hazard assessment, matching ANSI cut level and dexterity to the actual sharp-edge exposure.
Metal Stamping & Fabrication
High cut-level (A5-A7) gloves protecting hands from sharp sheet metal edges and stamped part burrs.
Glass Handling & Processing
Cut-resistant gloves, often with reinforced palms, protecting against glass edge lacerations during handling.
Food Processing & Meat Cutting
Cut resistant gloves rated for blade contact during boning, trimming, and processing line tasks.
Automotive Assembly
Moderate cut-level (A2-A4) gloves with good dexterity for handling stamped and machined components.
Recycling & Waste Sorting
High cut-level gloves protecting against sharp mixed-material hazards during manual sorting operations.
Warehousing & Material Handling
General-purpose cut-resistant gloves protecting against banding, strapping, and box-cutter hazards.
FAQ
Cut Resistant Gloves Questions, Answered
What do the ANSI cut levels A1 through A9 actually measure?
ANSI/ISEA 105 cut levels are based on a standardized test (ASTM F2992, the TDM-100 machine) measuring the grams of force a straight blade requires to cut through the material, with A1 being the lowest resistance tier and A9 the highest. The scale isn't linear — A9 gloves resist several times more cutting force than A1 — so cut level should be matched to an actual measured or assessed hazard rather than assumed proportional to the number.
Does adding a nitrile or polyurethane coating increase a glove's cut resistance?
Cut resistance is primarily a property of the underlying knit shell fiber, not the coating, so a coating doesn't meaningfully raise the ANSI cut level printed on the glove. Coatings are selected instead for grip (dry vs. oily conditions), abrasion resistance, and some added puncture resistance, independent of the cut rating decision.
What cut level do I need for handling sheet metal?
Sheet metal handling commonly calls for ANSI cut level A4 or higher depending on gauge, edge condition (sheared vs. deburred), and how much direct edge contact the task involves, but the right level should come from a documented hazard assessment of the specific material and task rather than a blanket default. Thin, freshly sheared edges on heavier gauge stock generally justify a higher cut level than deburred or rolled-edge material.
Can cut resistant gloves also protect against punctures?
Not necessarily — cut resistance (slicing) and puncture resistance (a point pressed straight through the material) are different test methods and different failure modes, and a glove can rate highly on one without rating highly on the other. If puncture hazards (needles, sharp points, wire ends) are present, check the glove's separate ANSI puncture rating rather than assuming a high cut level covers it.
How do I choose between HPPE and aramid (Kevlar-type) shell material?
HPPE shells are generally lighter, more breathable, and provide good cut resistance at a lower cost, making them a common default for general industrial cut protection. Aramid fibers add better heat and flame resistance, so aramid or aramid-blend gloves are typically specified where the task also involves elevated heat exposure, such as welding-adjacent material handling, in addition to cut hazards.
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