Description
Pyramex GL601 Series Micro-Foam Nitrile Gloves combine oil-absorbing grip with the tactile sensitivity needed for hands-on work. Their micro-foam nitrile coating provides tear and abrasion resistance, while a silicone-free, 15-gauge nylon and spandex liner supports comfort and dexterity.
When handling oily parts in a garage or moving between tasks on a construction site, wearers benefit from foam nitrile that absorbs oil to improve grip. The additional foam coating acts like a sponge to increase gripping power, helping workers maintain control without sacrificing the ability to handle smaller items.
Key Features
- ANSI Cut Level 1: Provides the listed cut-resistance level.
- Micro-foam nitrile coating: Offers tear and abrasion resistance.
- Oil-absorbing foam: Helps increase grip when handling oily materials.
- 15-gauge nylon and spandex liner: Combines a silicone-free construction with comfort and flexibility.
- Tactile sensitivity and dexterity: Support tasks requiring precise handling.
Performance Ratings
- Abrasion rating: 4
- Circular blade cut rating: 1
- Tear rating: 3
- Puncture rating: 1
Materials
- Coating: Micro-foam nitrile
- Liner shell: 15-gauge nylon and spandex
- Cuff: Nylon, spandex, and latex elastic
Latex allergy warning: The wrist cuff contains latex, which may cause allergic reactions. These gloves should not be used by individuals with a known latex allergy or those who develop signs of hypersensitivity.
Cleaning and Care
- Wash in warm water at 30–40°C (86–104°F).
- Use a mild detergent.
- Use a short wash cycle of 5–10 minutes.
- Tumble dry on low at a maximum of 60°C (140°F).
Chemicals and sharp-edged objects should not be used to clean the gloves. Cleaning can alter the gloves' performance levels.
Standards
The CE EN388 standard evaluates abrasion, cut, tear, and puncture resistance. Abrasion ratings reflect the cycles required to wear through a sample; circular blade cut ratings reflect the cycles required to cut through a sample at a constant speed. Tear and puncture ratings reflect the force required to tear or pierce a sample, with puncture testing using a standard-sized point.