Technical Foundation
What Is a Coated Glove?
Coated gloves combine a knit or seamless liner (cotton, nylon, polyester, or cut-resistant fiber blends like HPPE) with a polymer coating — nitrile, polyurethane, latex or PVC — applied to the palm, palm-and-fingers, or the full glove, providing grip, abrasion resistance and, depending on coating, chemical or liquid resistance beyond what the bare liner offers. Coating choice drives the primary use case: nitrile excels at oil and grease grip and puncture resistance, polyurethane offers superior dexterity and tactile sensitivity for precision work, and latex provides good general grip but has lower resistance to petroleum-based substances.
Cut resistance is rated independently of coating type, following ANSI/ISEA 105 cut levels (A1 through A9), and is primarily a function of the liner fiber, not the coating — a coating adds some cut and abrasion protection at the coated surface but does not substitute for selecting a liner rated to the actual cut hazard. Coating texture (smooth, crinkle/sandy finish, or foam) is chosen for wet, dry or oily grip conditions respectively, since a smooth coating that grips well dry can become slick when wet or oily.
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| Spec | What It Means | Why It Matters |
|---|---|---|
| Coating Material | Nitrile, polyurethane, latex, PVC | Nitrile suits oil/grease grip; PU suits dexterity/precision; latex suits general dry grip; PVC suits liquid/chemical resistance |
| Cut Level | ANSI/ISEA 105 A1-A9 | Determined mainly by liner fiber, not coating; must match the actual cut hazard of the task |
| Coating Coverage | Palm-dip, palm-and-fingertip, full dip | Full dip adds liquid protection to the back of the hand; palm-dip maximizes breathability |
| Coating Texture | Smooth, sandy/crinkle, foam | Sandy/crinkle finish improves wet and oily grip; smooth suits dry precision handling |
| Liner Material | Cotton, nylon, polyester, HPPE/cut-resistant blend | Determines base comfort, breathability and, combined with coating, overall cut/abrasion performance |
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Applications
Where Coated Gloves Get Used
Coated gloves are specified anywhere a task needs enhanced grip, abrasion resistance or cut protection beyond a bare fabric liner.
Warehousing & Material Handling
Nitrile-coated gloves providing grip and abrasion resistance during repetitive box handling and palletizing.
Automotive & Machine Shop Work
Nitrile coated gloves for oil and grease grip during parts handling and assembly.
Precision Electronics Assembly
Thin polyurethane-coated gloves providing dexterity and tactile feedback for small component handling.
Construction & General Trades
Cut-resistant coated gloves protecting hands from sharp materials like sheet metal and glass while handling.
Cold Storage & Food Processing
Coated gloves providing grip and liquid resistance in wet, cold processing environments.
Glass & Metal Fabrication
Higher cut-level coated gloves protecting against sharp edges during handling of cut sheet stock.
FAQ
Coated Gloves Questions, Answered
What's the difference between nitrile, PU and latex coated gloves?
Nitrile coating excels at grip in oily and greasy conditions and offers good puncture resistance, making it the standard choice for automotive and general industrial handling. Polyurethane offers thinner coating and better tactile sensitivity, favored for precision assembly work. Latex provides solid general dry grip at lower cost but has poor resistance to petroleum-based oils and can trigger latex allergies in some users.
Does the coating determine the glove's cut resistance level?
Not primarily — cut resistance (rated per ANSI/ISEA 105, levels A1-A9) is mainly a property of the liner fiber, such as HPPE or steel-fiber blends, not the polymer coating. The coating adds some additional cut and abrasion resistance at the coated surface, but liner selection should be based on the actual cut hazard, with coating chosen separately for grip and liquid needs.
Should I choose a palm-coated or fully-dipped glove?
Palm-coated (or palm-and-fingertip) gloves maximize breathability on the back of the hand, suited to warmer environments and tasks without significant liquid exposure to the glove back. Fully-dipped gloves add liquid and abrasion protection across the entire hand, better suited to wet or submersion-type tasks at some cost to breathability.
What coating texture is best for wet or oily grip?
A sandy or crinkle-finish coating creates a textured surface that channels away liquid and maintains grip in wet or oily conditions far better than a smooth coating, which can become slick when contaminated with liquid or oil. Foam-coated gloves offer a middle ground with good wet grip and slightly better dexterity than heavy sandy textures.
Can coated gloves be used for chemical handling?
Nitrile and PVC coatings offer some resistance to specific chemical classes, but coated work gloves are generally not a substitute for purpose-built chemical-resistant gloves rated against the specific chemical being handled — always check the coating manufacturer's chemical resistance chart against the actual substance before relying on a general-purpose coated glove for chemical protection.
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