Nitrile Gloves: The Complete Buyer's Guide (2026)

Last Updated: June 19, 2026  |  Reading time: ~14 min  |  By: Steven Eaton — WC Safety Editorial

Nitrile Gloves: The Complete Buyer's Guide (2026)

Nitrile gloves cover two completely different product categories that share a name: disposable nitrile for single-use chemical and contamination protection, and nitrile-coated work gloves for cut, abrasion, and impact resistance on construction and manufacturing sites. Buying the wrong type is the most common purchasing mistake. For general-purpose industrial disposable use, the GLOVEWORKS HD Industrial Black Nitrile at 5–6 mil delivers the right balance of puncture resistance, tactile sensitivity, and cost for high-volume tasks. For cut-hazard environments requiring ANSI/ISEA 105 compliance, the Ergodyne ProFlex 7072 A7 is the top-specification nitrile-coated work glove in our catalog. This guide covers every selection decision — mil thickness, cut levels, chemical compatibility, exam-grade requirements, and trade-specific picks — so you buy the right glove the first time.

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What Are Nitrile Gloves?

Nitrile is a synthetic rubber compound — acrylonitrile butadiene rubber (NBR) — developed as a latex-free alternative for hand protection. Unlike natural rubber latex, nitrile contains no proteins that trigger latex allergies, making it the standard material for exam, industrial, and work gloves across healthcare, manufacturing, automotive, food service, and construction environments.

Nitrile appears in hand protection in two distinct forms:

• Disposable nitrile gloves — thin (3–8 mil), single-use, worn for chemical handling, contamination control, food prep, janitorial, and light assembly. No structural liner.
• Nitrile-coated work gloves — a cut-resistant or knit liner (typically 13-gauge HPPE, Kevlar, or Dyneema) with a nitrile coating on the palm and fingers. Reusable. Rated to ANSI/ISEA 105 cut levels A1 through A7.

These are not interchangeable. A disposable nitrile glove does not provide cut resistance. A nitrile-coated work glove does not provide the barrier protection of a disposable. This guide covers both — with clear decision logic at each step.

Why Nitrile Over Latex or Vinyl?

Nitrile outperforms natural rubber latex on chemical resistance (especially petroleum-based fluids, oils, and many solvents) and puncture resistance. It outperforms vinyl on both dimensions. The trade-off is cost — nitrile is more expensive than vinyl — and slightly reduced elasticity compared to latex, though modern high-nitrile-content formulations have largely closed that gap. For most industrial and healthcare applications, nitrile is the current default specification.

Nitrile vs Latex vs Vinyl: Which Should You Choose?

Choose nitrile when chemical exposure, puncture risk, or latex allergy is a factor. Choose latex only where maximum elasticity and tactile feel outweigh allergy risk. Choose vinyl only for very low-risk, short-duration food service or janitorial tasks where cost per unit is the primary driver.

Types of Nitrile Gloves

Disposable Nitrile Gloves

Single-use nitrile disposables are the highest-volume PPE item in industrial and healthcare settings. Key selection variables are mil thickness, texture, and AQL rating.

Mil Thickness Guide

• 3–4 mil — exam and food service. Maximum tactile sensitivity, minimal puncture resistance. Use for patient care, food prep, and light lab work.
• 5–6 mil — general industrial. The industrial standard. Adequate puncture and chemical resistance for auto maintenance, janitorial, light chemical handling, and assembly. The GLOVEWORKS HD Industrial Black Nitrile and Venom Steel 6-Mil sit here.
• 7–8+ mil — heavy-duty industrial. Use for automotive fluids, stronger solvents, and tasks where puncture from sharp components is frequent. The GLOVEWORKS 8-Mil Orange, Venom Steel 8-Mil, SAS Raven Patriot 7-Mil, and SAS Astro-Grip 7-Mil are in this range.

Exam-Grade Nitrile Gloves

Exam-grade nitrile is manufactured to FDA 510(k) clearance and tested to AQL (Acceptable Quality Level) standards for pinhole frequency. AQL 1.5 is the standard for medical exam gloves; AQL 2.5 is acceptable for general medical use. For pharmaceutical, laboratory, or healthcare environments, exam-grade is the correct specification.

The Kimtech Polaris, Kimtech Vista, and Kimtech Sterling are all FDA-cleared exam-grade nitrile. The Ansell MICROFLEX SU-690 targets laboratory and cleanroom applications where low-particulate formulation matters.

Chemical-Resistant Nitrile Gloves

Standard disposable nitrile provides incidental splash protection — not prolonged immersion resistance. For tasks involving extended contact with oils, fuels, acids, or solvents, a chemical-resistant nitrile with longer cuff length and thicker gauge is the correct specification. The Ansell TouchNTuff 93-800 is tested to EN 374 for chemical permeation resistance and is the appropriate choice when the task involves sustained chemical contact. For a broader chemical-resistant selection, see the chemical-resistant gloves collection.

Nitrile-Coated Work Gloves

Nitrile-coated work gloves combine a structural cut-resistant liner (13-gauge HPPE, Dyneema, Kevlar, or blended yarn) with a nitrile palm and finger coating for grip and abrasion resistance. These are reusable, ANSI/ISEA 105-rated, and are the correct specification for construction, manufacturing, warehousing, and trades work involving cut or abrasion hazards. They do not provide the chemical barrier of a sealed disposable glove.

ANSI/ISEA 105 cut levels that matter in this context:

• A3 — sheet metal handling, light assembly. MCR Safety CutPro A3, Ergodyne 7021 Hi-Vis A3.
• A4 — stamped metal, glass handling, food processing. Ergodyne 7024 A4, Ergodyne 7022 Hi-Vis A4, MCR CutPro A4 Kevlar.
• A5 — heavy sheet metal, automotive stamping, recycling. MCR CutPro A5, Ergodyne ProFlex 7031.
• A7 — highest cut resistance available, glass manufacturing, wire rope, specialty steel. Ergodyne 7070 A7 Cut+Impact, Ergodyne ProFlex 7072 A7.

For a full breakdown of ANSI/ISEA 105 cut levels A1–A9, see the Cut Resistance Glove Levels Explained guide. For the full cut-resistant collection, see cut-resistant gloves.

How to Choose Nitrile Gloves

Step 1 — Choose Mil Thickness (Disposable Only)

Mil thickness is the single most important spec for disposable nitrile. More mils = more puncture resistance and chemical barrier time, less tactile feedback. For industrial tasks involving sharp components, automotive fluids, or chemical handling, 5 mil minimum. For lab, food prep, or patient care where dexterity matters most, 3–4 mil. If you're doing both in the same environment, stock two SKUs rather than compromising on one.

Step 2 — Choose ANSI Cut Level (Coated Work Gloves Only)

Match the ANSI/ISEA 105 cut level to the actual hazard. A job site with sheet metal and light assembly doesn't need A7 — A3 or A4 is the right call and costs less. Over-specifying cut level adds cost and can reduce dexterity. Under-specifying is a recordable injury risk. When in doubt, go one level above the worst-case scenario your workers encounter.

Step 3 — Verify Chemical Compatibility

Nitrile resists petroleum-based fluids (motor oil, diesel, gasoline), many dilute acids and bases, and common solvents. It is not rated for ketones (acetone, MEK), concentrated acids, or chlorinated solvents. For those applications, a chemical-resistant glove with verified EN 374 testing is required. Always cross-reference the specific chemical against the glove manufacturer's chemical resistance chart before issuing to workers.

Step 4 — Size Correctly

Nitrile gloves that are too large bunch at the fingertips and reduce grip. Too small creates hand fatigue and tears under stress. Standard sizing for disposables runs XS/S/M/L/XL/XXL mapped to hand circumference. Measure around the widest part of the palm (excluding thumb) in inches: under 7" = S, 7–8" = M, 8–9" = L, 9–10" = XL. For nitrile-coated work gloves, sizing runs the same but fit varies by liner construction — Ergodyne ProFlex gloves typically run true to size.

Top Nitrile Glove Picks by Task and Industry

General Industrial / Maintenance

The GLOVEWORKS HD Industrial Black Nitrile is the baseline crew-supply choice: 5–6 mil, textured grip, powderless, priced for high-volume use. For heavier tasks involving automotive fluids or sharper debris, step up to the Venom Steel 6-Mil or the GLOVEWORKS 8-Mil Orange.
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Automotive and Mechanical

Auto mechanics need puncture resistance for handling sharp components and chemical resistance for brake fluid, transmission fluid, and coolant. The SAS Astro-Grip 7-Mil and SAS Raven Patriot 7-Mil are built for this environment. For shops working with wire harnesses or cut metal, add a ProFlex 7031 A5 over a liner glove.
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Construction and Trades

For general construction, sheet metal, and framing, nitrile-coated cut-resistant work gloves are the correct specification — not disposables. The Ergodyne ProFlex 7043 is a solid A4 general-purpose work glove. For rebar, wire rope, or steel fabrication at A7 hazard level, the ProFlex 7072 A7 is the top specification in our catalog. High-visibility options for traffic-adjacent work: Ergodyne 7022 Hi-Vis A4.
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Laboratory and Healthcare

Exam-grade, AQL-tested nitrile is required. The Kimtech Polaris targets laboratory and cleanroom use with a low-particulate formulation. The Kimtech Sterling is a standard exam-grade option for general healthcare and clinical settings. The Ansell MICROFLEX SU-690 adds color-coding for cleanroom protocols where glove-change verification matters.
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Chemical Handling

Standard disposable nitrile is not a substitute for a chemical-resistant glove when immersion or sustained contact is involved. The Ansell TouchNTuff 93-800 is the correct specification for sustained chemical contact — longer cuff, thicker gauge, EN 374-tested against a broad chemical matrix. Browse the full chemical-resistant gloves collection for additional options.
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Food Service and Janitorial

Powder-free nitrile is FDA 21 CFR 177.2600-compliant for food contact. The GLOVEWORKS Black Nitrile 5-Mil and SwiftGrip Disposable Black Nitrile are the volume-purchase options for food processing and janitorial environments. Black gloves are preferred in food service because contamination (e.g., torn glove material) is immediately visible against light-colored food.
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Related Glove Guides and Collections

• Cut Resistance Glove Levels Explained: ANSI/ISEA 105 A1–A9
• Shop All Nitrile Gloves
• Cut-Resistant Gloves Collection
• Chemical-Resistant Gloves Collection
• SAS Nitrile Gloves
• SAS Raven Nitrile Gloves
• Impact-Resistant Gloves
• Latex Gloves
• Vinyl Gloves

Nitrile Gloves — Frequently Asked Questions

What are nitrile gloves used for?

Nitrile gloves are used across industrial, healthcare, automotive, food service, laboratory, and janitorial applications wherever chemical resistance, puncture protection, or latex-free hand barrier is required. In industrial settings, nitrile disposables handle oil, fuel, solvent, and contamination control. Nitrile-coated work gloves are used in construction, manufacturing, and warehousing for cut and abrasion protection.

Are nitrile gloves better than latex?

For most industrial applications, yes. Nitrile is latex-free (no allergy risk), more resistant to petroleum-based chemicals, and comparable in puncture resistance. Latex still has a slight edge on elasticity and tactile sensitivity for fine-motor tasks like surgery. For workplace PPE programs, nitrile is the safer default because it eliminates Type I latex allergy risk across the workforce.

What does mil mean for nitrile gloves?

Mil is a unit of thickness equal to 1/1000 of an inch. A 5-mil nitrile glove is 0.005 inches thick. Thicker gloves (7–8 mil) provide more puncture and chemical resistance; thinner gloves (3–4 mil) offer better tactile sensitivity. For industrial use, 5–6 mil is the general-purpose standard.

What is the difference between 4 mil and 8 mil nitrile gloves?

An 8-mil glove is twice as thick, offering significantly higher puncture resistance, longer chemical permeation resistance time, and greater durability before tearing. The trade-off is reduced tactile sensitivity and higher cost per pair. Use 4 mil for exam, lab, and food service; 7–8 mil for automotive, chemical handling, and heavy industrial tasks with sharp hazards.

Are nitrile gloves chemical resistant?

Standard nitrile gloves resist petroleum-based fluids (motor oil, gasoline, diesel), many dilute acids and bases, and common solvents for incidental contact. They are not rated for ketones (acetone, MEK), concentrated acids, chlorinated solvents, or aromatic hydrocarbons. For sustained chemical immersion, use a glove with EN 374 permeation testing against your specific chemical — such as the Ansell TouchNTuff 93-800.

Can you reuse nitrile gloves?

Disposable nitrile gloves are designed for single use. Reuse increases contamination transfer risk and degrades the chemical barrier after the first exposure. Nitrile-coated work gloves (Ergodyne ProFlex, MCR CutPro) are reusable and are washed between uses. The distinction is the liner — disposables have no structural liner and degrade rapidly under repeated use.

Are nitrile gloves food safe?

Yes — powder-free nitrile gloves meet FDA 21 CFR 177.2600 requirements for food contact. Powder (used in older gloves for donning) is prohibited in food-grade applications because it transfers to food surfaces. All current WC Safety nitrile disposables are powder-free and food-safe.

Are nitrile gloves latex-free?

Yes. Nitrile is a synthetic compound with no natural rubber latex proteins. Workers with Type I latex allergy (IgE-mediated) or Type IV latex sensitivity can wear nitrile gloves without reaction risk. Nitrile is the recommended latex-free alternative in OSHA 29 CFR 1910.138 compliant PPE programs where latex allergy is a documented hazard.

What is the difference between nitrile disposable and nitrile-coated work gloves?

Disposable nitrile: thin, single-use, barrier protection against chemicals and contamination, no cut resistance. Nitrile-coated work gloves: reusable, structural cut-resistant liner with nitrile palm coating, rated to ANSI/ISEA 105 cut levels, no sealed chemical barrier. They solve different problems and should not be substituted for each other.

What ANSI cut level do I need for nitrile work gloves?

Match the level to your task: A3 for light assembly and sheet metal, A4 for glass handling and food processing, A5 for automotive stamping and recycling, A7 for wire rope and specialty steel fabrication. Per ANSI/ISEA 105, employers must assess cut hazards and select the appropriate level — over-specifying costs money and reduces dexterity; under-specifying is a recordable injury risk.

How do I know what size nitrile gloves to buy?

Measure hand circumference at the widest point of the palm (excluding thumb). Under 7" = XS or S; 7–8" = M; 8–9" = L; 9–10" = XL; over 10" = XXL. For disposables, snug fit is important — oversized gloves reduce grip and increase tear risk at the fingers. When ordering for a crew without individual measurements, stock M and L in a 60/40 ratio as the typical adult worker distribution.

Are GLOVEWORKS gloves any good?

GLOVEWORKS HD Industrial Black Nitrile is one of the best-selling industrial disposable nitrile gloves in the US for good reason — 5–6 mil thickness, textured grip, powderless, and competitively priced at volume. It is a reliable general-purpose industrial glove. The 8-mil orange variant is appropriate for heavier tasks. They are not exam-grade (no AQL testing), so they are not the correct specification for medical or pharmaceutical applications.

Can nitrile gloves be used for painting?

Yes, for latex-based and water-based paints. For oil-based paints and lacquers containing strong solvents (mineral spirits, xylene), verify the specific solvent against nitrile's resistance chart. For spray applications where skin contact with atomized solvents is prolonged, a chemical-resistant glove with EN 374 testing is the more appropriate specification.

Are nitrile gloves OSHA required?

OSHA 29 CFR 1910.138 requires employers to select and provide hand protection based on a hazard assessment — the standard does not mandate nitrile specifically. Where chemical, biological, or puncture hazards are identified, appropriate gloves must be issued. Nitrile is the de facto standard for chemical and biological hazard environments because it is latex-free and broadly chemical-compatible. For cut hazards, ANSI/ISEA 105-rated work gloves are required.

How long do nitrile gloves last?

Sealed, unused nitrile disposable gloves have a manufacturer shelf life of 3–5 years when stored away from UV light, heat, and ozone. Once worn, they are single-use. Nitrile-coated work gloves (reusable) typically last 30–90 days of regular use depending on the abrasion level of the task, though liner degradation (cut resistance reduction) can occur before visible wear — re-inspect monthly in high-hazard environments.

What is the Ansell TouchNTuff used for?

The Ansell TouchNTuff 93-800 is a chemical-resistant nitrile glove designed for sustained (not just incidental) chemical contact. It is tested to EN 374 for permeation resistance against a range of chemicals including many acids, bases, and solvents. It features a longer cuff for wrist protection and is used in laboratory, pharmaceutical, and chemical processing environments.

What is the difference between the Ergodyne ProFlex 7070 and 7072?

Both are ANSI A7 cut-resistant nitrile-coated work gloves. The ProFlex 7070 has a standard nitrile coating; the ProFlex 7072 features a microfoam nitrile coating that improves wet and oily grip. For outdoor or wet-environment construction, the 7072 is the better specification. For dry indoor fabrication, either works.