Automotive Gloves and Hand Protection

Oil-resistant dexterity and cut protection engineered for mechanics, assembly lines, and paint shops.

Hand Hazards in Automotive

  • Sharp-edge contact: Automotive teams need hand protection that matches the cut exposure created by parts, panels, fasteners, tooling, packaging, or work surfaces without making the task harder to perform.
  • Grip loss and handling control: Grip failures happen when workers handle parts in dry, wet, oily, dusty, or repetitive conditions. Coating selection should match the surface condition instead of relying on cut level alone.
  • Glove removal during precision work: The most important glove is the one workers keep on. Gauge, fit, dexterity, touchscreen use, and comfort all affect whether a safety program works after the audit is over.
  • Paint, assembly, and battery-process contamination: Automotive and EV battery programs often need silicone-aware glove choices, oil grip, tactile feel, and documented cut protection for stamping, assembly, inspection, and maintenance.

Recommended Gloves for Automotive

  • 24-840 Kyorene® Pro Max: Ultra-thin 24g graphene liner with a MicroFoam Nitrile palm. Oil-resistant grip with ANSI A4 cut protection for automotive assembly and maintenance.
  • 24-840 Kyorene® Pro Max: 24g A4 graphene dexterity for assembly, scanning, and precision handling.
  • 00-840 Kyorene® Pro: Graphene-enhanced MicroFoam grip for parts handling and line work.
  • 00-847 Kyorene® Pro: A4 impact protection for automotive tasks with cut and back-of-hand hazards.
  • 00-830 Kyorene® Pro: Polyurethane palm for dry grip precision on delicate components.

Compliance Standards That Apply in Automotive

  • ANSI/ISEA 105 cut ratings help safety teams compare cut resistance levels across tasks and SKUs.
  • EN 388 markings summarize abrasion, blade cut, tear, puncture, and ISO cut performance for mechanical hazards.
  • OSHA hand protection requirements make employers responsible for selecting PPE that fits the hazard and task.
  • Silicone-free and contamination-sensitive requirements should be confirmed for paint, battery, and quality-control environments.

Related Safety Resources

Frequently Asked Questions About Automotive Hand Protection

What Armor Guys glove is recommended for Automotive?

24-840 Kyorene® Pro Max is the featured starting point for automotive applications. The final choice should be validated with samples against the exact task, surface condition, cut hazard, and shift length.

What cut level should Automotive teams use?

Automotive teams should choose the lowest cut level that safely matches the hazard while preserving dexterity and compliance. Use ANSI/ISEA 105 and EN 388 ratings as comparison tools, then trial the glove on the actual work task.

How should Automotive buyers compare glove coatings?

Compare coatings by surface condition. Polyurethane favors precision and dry grip, foam or microfoam nitrile supports oily and general industrial handling, and sandy nitrile helps when rough surfaces or contamination reduce grip.

Can Armor Guys provide samples for Automotive?

Yes. Qualified safety, procurement, and distributor teams can request samples so workers can test fit, grip, dexterity, and wear life before standardizing a glove program.

What documentation matters for Automotive glove programs?

The most useful documents are product specifications, ANSI/ISEA 105 cut ratings, EN 388 markings, coating details, size ranges, and any task-specific compliance notes required by procurement or safety leadership.

How do teams measure glove cost beyond unit price?

Measure cost per wear by tracking replacement rate, worker acceptance, injury reduction, downtime, and distributor availability. A higher unit price can be lower cost when the glove lasts longer and workers keep it on.

Request a Automotive Sample Kit

Test recommended gloves against real tools, surfaces, and worker feedback before standardizing.

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