Best Chemical Resistant Nitrile Gloves
Best chemical resistant nitrile gloves: the short answer
Best chemical resistant nitrile gloves — Best chemical resistant nitrile gloves: cHECK PRICE ON AMAZON → Best chemical-resistant nitrile gloves in 2026 — the short answer For most buyers the best.
Best chemical-resistant nitrile gloves in 2026 — the short answer
For most buyers the best chemical-resistant nitrile gloves are the Ansell TouchNTuff 93-800, the only pick here independently certified to EN 374 with documented chemical splash performance. For hazardous-drug compounding choose the ASTM D6978-tested Kimtech Purple Nitrile; for fentanyl and first response choose the SHOWA 6110PF EBT. Every pick below is a single-use splash glove — for chemical immersion you need a thicker supported glove with a breakthrough chart.
Chemical resistant nitrile gloves are the default disposable barrier for labs, pharmacies, automotive shops and first responders — nitrile resists oils, fuels and many solvents far better than latex or vinyl, and the best options are tested to recognized chemical standards like EN 374 and ASTM D6978. But "chemical resistant" is not a single rating: it is chemical-specific, time-specific, and limited to splash rather than immersion for any disposable glove. This guide ranks the seven best chemical-resistant nitrile gloves we cover, explains the standards that actually matter, and is honest about what nitrile resists poorly. For the full category overview, start with our complete nitrile gloves buyer's guide.
Editorial verdict — best chemical-resistant nitrile gloves overall: the Ansell TouchNTuff 93-800. It is one of the few disposable nitriles independently certified to EN 374, so its splash performance against named chemicals is documented rather than assumed. For chemo work pair it with the Kimtech Purple Nitrile (ASTM D6978). Remember: splash protection, not immersion.
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7 best chemical-resistant nitrile gloves — full ranking
1. Ansell TouchNTuff 93-800 — Best chemical-resistant nitrile gloves overall
Thickness: 5 mil · Standard: EN 374 chemical-rated · Grade: industrial · Powder-free, accelerator content reduced
Chemical-resistant nitrile gloves have a clear leader: the Ansell TouchNTuff 93-800. It is one of the few disposable nitriles independently tested and certified to EN 374, the European standard for protection against chemicals and micro-organisms, so its splash performance against specific solvents is documented rather than assumed. Ansell positions it for laboratory, pharmaceutical and chemical-handling work where incidental splash of acids, bases and many solvents is the daily hazard. Like every disposable nitrile, it is built for short-duration splash contact, not prolonged immersion — for tank dipping or full submersion you still need a thicker supported chemical glove with a published breakthrough chart. See it on the Ansell TouchNTuff 93-800 Chemical Resistant Nitrile Gloves.
→ Read our full Ansell TouchNTuff 93-800 review · Browse the chemical-resistant gloves collection
- Independently certified to EN 374 chemical-protection standard
- Documented splash performance against named solvents
- Powder-free with reduced accelerator content for skin tolerance
- Splash protection only — not for immersion
- Premium price versus general industrial nitrile
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2. SHOWA 6110PF EBT — Best chemical-resistant nitrile gloves for fentanyl and chemo exposure
Thickness: 4 mil · Feature: fentanyl-resistant, biodegradable (EBT) · Grade: industrial · Powder-free
Chemical-resistant nitrile gloves for high-consequence drug exposure point to the SHOWA 6110PF EBT. SHOWA publishes fentanyl-resistance data for this glove, making it a common choice for first responders, law enforcement and harm-reduction work where contact with fentanyl and its analogues is the hazard. The EBT (Eco Best Technology) formulation is engineered to biodegrade faster in biologically active landfill conditions, an unusual feature in a protective disposable. At 4 mil it is thin for the category, so treat it as splash and short-contact protection — double-glove for higher-risk tasks. See it on the SHOWA 6110PF EBT Biodegradable Nitrile Gloves.
→ Read our full SHOWA 6110PF EBT review · Browse the chemical-resistant gloves collection
- Manufacturer-published fentanyl-resistance data
- Biodegradable EBT formulation
- Powder-free and accelerator-conscious
- Thin 4 mil — double-glove for higher-risk tasks
- Splash/short-contact only, not immersion
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3. Kimtech Purple Nitrile — Best chemo-rated chemical-resistant nitrile gloves
Thickness: 5.9 mil · Standard: ASTM D6978 chemo-drug tested · Grade: exam · Powder-free
Chemical-resistant nitrile gloves for handling hazardous drugs should carry ASTM D6978 testing, and the Kimtech Purple Nitrile does. ASTM D6978 is the standard that measures a glove's resistance to permeation by chemotherapy drugs — the same protocol referenced by USP <800> for hazardous-drug compounding. At 5.9 mil this exam-grade glove is thicker than most nitriles and is widely used in oncology pharmacy, infusion and lab settings. It remains a single-use barrier rated for the contact durations in the chemo test, not a reusable immersion glove. See it on the Kimtech Purple Nitrile Exam Gloves, 5.9 Mil, Chemo-Cleared.
→ Read our full Kimtech Purple Nitrile review · Browse the chemical-resistant gloves collection
- ASTM D6978 chemo-drug permeation tested
- Supports USP <800> hazardous-drug workflows
- Thicker 5.9 mil exam-grade barrier
- Higher cost than standard exam nitrile
- Single-use; not an immersion glove
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4. Ansell Microflex 93-256 Mega Texture — Best high-grip chemical-splash nitrile gloves
Thickness: ~4.7 mil (varies by finger) · Texture: full Mega Texture grip · Grade: industrial · Powder-free
Chemical-resistant nitrile gloves lose their value if oily, wet hands can't hold a part, which is where the Ansell Microflex 93-256 fits. Its aggressive Mega Texture is engineered for wet and oily grip, and the orange color gives high visibility for safety-critical lines. As an Ansell chemical-splash nitrile it is aimed at automotive, manufacturing and parts-cleaning work involving oils, fuels and many solvents. It is a splash-rated disposable, so match the contact time to the chemical and step up to a supported glove for immersion. See it on the Ansell Microflex 93-256 Mega Texture Orange Nitrile Gloves.
→ Read our full Ansell Microflex 93-256 review · Browse the chemical-resistant gloves collection
- Aggressive Mega Texture for wet/oily grip
- High-visibility orange for safety-critical lines
- Ansell chemical-splash formulation
- Texture trades some fingertip feel
- Splash protection only
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5. GLOVEWORKS HD Industrial Black Nitrile — Best heavy-gauge chemical-splash nitrile gloves
Thickness: 8 mil · Texture: raised diamond · Grade: industrial · Powder-free, latex-free
Chemical-resistant nitrile gloves for heavy splash and abuse benefit from gauge, and the GLOVEWORKS HD Industrial Black runs a full 8 mil — among the thickest disposable nitriles available. The extra material increases the splash margin against oils, greases, fuels and many solvents while the raised-diamond texture holds grip on oily parts. It is the automotive and industrial workhorse for incidental chemical contact. Thickness raises the splash barrier but does not convert a disposable into an immersion glove; for submersion use a supported chemical glove. See it on the GLOVEWORKS HD Industrial Black Nitrile Disposable Gloves.
→ Read our full GLOVEWORKS HD Industrial Black Nitrile review · Browse the chemical-resistant gloves collection
- Full 8 mil — thickest disposable splash margin here
- Raised-diamond texture grips oily, wet parts
- Latex-free and powder-free
- Heavy gauge trades fingertip dexterity
- Splash only — not for immersion
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6. Microflex SU-690 Supreno SE — Best accelerator-free chemical-resistant nitrile gloves
Thickness: ~3.5 mil · Feature: accelerator-free formulation · Grade: exam · Powder-free
Chemical-resistant nitrile gloves can themselves cause skin reactions from chemical accelerators used in manufacturing, and the Microflex SU-690 Supreno SE removes that variable with an accelerator-free formulation. For workers with Type IV (delayed) chemical-allergy sensitivity to thiurams or carbamates, it preserves the nitrile barrier without the residual accelerators that trigger contact dermatitis. As a thinner exam-grade glove it favors dexterity and tactile work; use it where the hazard is splash plus accelerator sensitivity, and double-glove for tougher chemical tasks. See it on the Microflex SU-690 Supreno SE Accelerator-Free Nitrile Gloves.
→ Read our full Microflex SU-690 Supreno SE review · Browse the chemical-resistant gloves collection
- Accelerator-free — reduces Type IV allergy risk
- Exam-grade barrier with strong dexterity
- Powder-free
- Thin gauge favors dexterity over heavy splash
- Double-glove for aggressive chemicals
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7. SAS Astro-Grip 7-Mil Nitrile — Best value heavy-duty chemical-splash nitrile gloves
Thickness: 7 mil · Texture: textured grip · Grade: industrial · Powder-free
Chemical-resistant nitrile gloves at a working-shop price point land on the SAS Astro-Grip 7-Mil. The heavy 7-mil gauge raises the splash margin against oils, fuels and many solvents, and the textured surface holds grip on slick parts, all at a lower per-box cost than premium lab nitriles. It is the value pick for maintenance, parts-cleaning and general chemical-splash work where you need more than a thin exam glove but don't require named EN 374 certification. Splash and short-contact protection only, like every disposable nitrile. See it on the SAS Astro-Grip Powder-Free 7-Mil Nitrile Disposable Gloves.
→ Read our full SAS Astro-Grip 7-Mil Nitrile review · Browse the chemical-resistant gloves collection
- Heavy 7 mil gauge at a value price
- Textured grip for slick, oily parts
- Powder-free industrial build
- No named EN 374 certification published
- Splash/short-contact only
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Chemical-resistant glove standards: what the ratings actually mean
EN 374 (chemical and micro-organism protection)
EN 374 is the European standard that certifies resistance to permeation and degradation by named chemicals and to penetration by micro-organisms. A glove is tested against a chemical panel and assigned breakthrough times and performance levels. It is the gold standard for documented chemical performance in a disposable — the Ansell TouchNTuff 93-800 is one of the few nitriles certified to it. Learn the full framework in our chemical-resistant glove reference guide.
ASTM D6978 (chemotherapy-drug permeation)
ASTM D6978 measures a glove's resistance to permeation by chemotherapy drugs and is the protocol referenced by USP <800> for hazardous-drug compounding. The Kimtech Purple Nitrile is tested to it, making it the chemo-handling pick.
Breakthrough time and permeation
Breakthrough time is the measured interval before a chemical permeates the intact material to the skin side. Permeation is invisible molecular passage — distinct from penetration through a pinhole or tear. Both EN 374 and ASTM D6978 report breakthrough data, which is why ratings beat visual inspection for chemical work.
ASTM D6319 (nitrile examination gloves)
ASTM D6319 is the baseline specification for nitrile exam gloves — dimensions, tensile strength and barrier integrity (AQL). It governs exam-grade picks like the Microflex SU-690 Supreno SE but does not itself certify chemical resistance, so pair it with EN 374 or ASTM D6978 data for chemical tasks.
Common questions
What is breakthrough time and why does it matter for chemical gloves?
Breakthrough time is the measured interval before a chemical permeates through the glove material to the skin side, defined under EN 374 / ASTM F739. A longer breakthrough time means more working margin before the barrier fails. It is chemical-specific: a glove may give hours against one solvent and minutes against another. For disposable nitrile, breakthrough data supports incidental splash use; for sustained contact you need a glove with a published breakthrough chart matched to your chemical.
Are disposable nitrile gloves safe for chemical immersion?
No — this is the most important rule in the category. Disposable nitrile is rated for incidental splash and short contact, not prolonged immersion. Submerging a thin disposable in a chemical defeats it quickly. For immersion (tank work, parts dipping, sustained handling) you need a thicker reusable or supported chemical glove with a documented breakthrough chart for your specific chemical. See the immersion-versus-splash guidance in our nitrile gloves buyer's guide.
What does the EN 374 chemical-protection standard actually certify?
EN 374 certifies a glove's resistance to permeation and degradation by specific chemicals and to penetration by micro-organisms. A glove is tested against a panel of named chemicals and assigned performance levels with breakthrough times for each. The Ansell TouchNTuff 93-800 is one of the few disposable nitriles independently certified to EN 374, which is why it leads this guide for documented chemical performance.
Which chemical-resistant nitrile gloves are best for handling chemotherapy drugs?
Choose a glove tested to ASTM D6978, the standard that measures resistance to permeation by chemotherapy drugs and the protocol referenced by USP <800>. The Kimtech Purple Nitrile at 5.9 mil is chemo-drug tested and widely used in oncology pharmacy and infusion settings. USP <800> also recommends double-gloving and frequent changes when compounding hazardous drugs.
Which nitrile gloves are best for fentanyl exposure?
Look for a manufacturer that publishes fentanyl-resistance data rather than a generic "chemical resistant" claim. The SHOWA 6110PF EBT publishes fentanyl-resistance data and is common in first response and harm-reduction work. Because it is a thin 4-mil disposable, double-glove and change frequently for higher-risk contact.
Should I double-glove for chemical work?
Double-gloving extends protection by adding a second barrier and is recommended in several high-consequence settings: USP <800> hazardous-drug compounding, fentanyl handling, and any task where a single thin disposable provides limited margin. It does not turn splash gloves into immersion gloves, but it buys breakthrough time and lets you remove the outer glove if contaminated without exposing skin. Pair a thin tactile inner glove with a thicker outer like the GLOVEWORKS HD Industrial Black.
Does a thicker nitrile glove give better chemical resistance?
Thickness increases the splash margin and extends breakthrough time somewhat, but it does not change which chemicals the material resists. An 8-mil nitrile like the GLOVEWORKS HD Industrial Black still permeates against acetone or strong acids — just more slowly than a 4-mil glove. For aggressive chemicals, material choice and breakthrough data matter more than raw thickness.
What is the difference between chemical permeation and penetration?
Penetration is bulk flow of a chemical through a pinhole, tear or seam — a physical defect. Permeation is the chemical passing through the intact glove material at a molecular level, which you cannot see. A glove can look perfect and still be permeated. Breakthrough time measures permeation, which is why a visual check is never enough for chemical work; rely on the rating, not appearance.
Are chemical-resistant nitrile gloves latex-free?
Yes — nitrile is a synthetic acrylonitrile-butadiene rubber with no natural latex protein, so every glove in this guide is latex-free and safe for people with latex allergies. If you are switching specifically to avoid latex, compare materials in our nitrile vs latex vs vinyl guide.
What are accelerator-free nitrile gloves and who needs them?
Accelerators are chemicals used to speed nitrile manufacturing; residual accelerators (thiurams, carbamates) can trigger Type IV delayed contact dermatitis in sensitized workers. An accelerator-free glove like the Microflex SU-690 Supreno SE removes that variable while keeping the chemical barrier. Choose it when the wearer reacts to standard nitrile rather than to the chemicals being handled.
Which chemical-resistant nitrile glove is best for solvents?
For incidental solvent splash, an EN 374-certified glove with documented breakthrough times is the safest choice — the Ansell TouchNTuff 93-800. Remember nitrile resists many solvents well but resists ketones and some chlorinated/aromatic solvents poorly, so verify your specific solvent against a permeation chart and replace gloves at the first sign of contact.
How often should I change chemical-resistant nitrile gloves?
Change immediately on any splash, tear, or suspected breakthrough, and proactively before the chemical's breakthrough time elapses. For hazardous-drug and fentanyl work, follow the change intervals in your protocol (USP <800> recommends every 30 minutes or on contamination). Never wash and reuse a disposable chemical glove — permeation may already be underway invisibly.
Do chemical-resistant nitrile gloves meet OSHA hand-protection requirements?
OSHA 29 CFR 1910.138 requires employers to select hand protection from a documented hazard assessment of the chemicals and tasks involved — it does not name a specific glove. A correctly chosen chemical-rated nitrile satisfies the standard for splash and contamination hazards when matched to the chemical and contact time. See our OSHA 1910.138 explainer for the assessment steps.
Is nitrile or neoprene better for chemical resistance?
It depends on the chemical. Nitrile excels against oils, fuels and many solvents; neoprene and butyl handle some acids, bases and ketones that defeat nitrile. No single material resists everything, which is why a permeation chart is essential. For the chemicals nitrile handles well, disposable nitrile is the efficient splash choice; for the chemicals it handles poorly, move to a specialized material and consult our chemical-resistant glove reference guide.
What thickness of chemical-resistant nitrile glove should I use?
For light splash and tactile work, 4–5 mil exam-grade gloves are appropriate; for heavier splash, oils and abuse, step up to 7–8 mil like the SAS Astro-Grip 7-Mil or GLOVEWORKS HD 8 Mil. Thickness extends margin but never converts a disposable into an immersion glove — match gauge to splash severity, and material plus breakthrough data to the chemical.
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.
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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.
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