Cut Glove 9508 Fully Dipped, Nitrile Palm

This thin, flexible work glove is designed with Guide XLNT™ nitrile coating, offering a superb barrier against oils and liquids while maintaining excellent grip in both dry and oily conditions. The glove is fully dipped, with the inner hand double dipped for extra protection, ensuring reliable performance in demanding environments. Featuring cut protection level D and contact heat protection up to 100°C (level 1), the glove provides essential safety for handling sharp objects and warm materials. Approved for food contact, Oeko-Tex certified, and equipped with touchscreen compatibility, it’s a versatile solution for various industries requiring high performance, safety, and dexterity.

Features

• Durability: Rated 7/10, providing long-lasting wear and resistance to wear and tear in tough conditions.
• Dexterity: Rated 6/10, ensuring a balance between protection and flexibility for handling delicate tasks.
• Gauge: 18-gauge construction for a lightweight, snug fit that offers high tactile sensitivity.
• Cut Protection Level D (ISO 13997): Provides high-level protection against sharp objects and lacerations, suitable for handling hazardous materials.
• Contact Heat Protection (EN 407): Level 1 protection against contact heat up to 100°C, making it suitable for handling warm objects.
• Meets ANSI/ISEA 105-2016  CUT A4 PUNCTURE 4
• Double Dipped and Fully Coated: Ensures a superior barrier against oils and liquids, offering maximum protection in wet and oily environments.
• Tight Fit: Provides a secure and comfortable fit for improved control and dexterity.
• Waterproof and Oilproof Palm: Ensures superior protection in wet and oily environments.
• Knitted Cuff: Offers a secure fit around the wrist, preventing slippage and enhancing comfort.
• Touchscreen Compatibility: Allows seamless interaction with touchscreen devices without removing the gloves.
• Dry Grip: Excellent grip in dry conditions.
• Wet Grip: Provides reliable grip in wet environments.
• Oily Grip: Delivers outstanding performance in oily conditions, reducing slippage and enhancing control.