Pyramex GL601 Series Micro-Foam Nitrile Gloves

PyramexSKU: GL601M
2 reviews

Size: Medium
Price:
Sale price$4.69 Regular price$5.69
Stock:
In stock (9 units) - orders & quotes accepted

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Description

Meet the Pyramex GL601 Micro-Foam Nitrile Gloves. With their micro-foam nitrile coating, these gloves offer tear and abrasion resistance. The 15 gauge nylon and spandex liner is silicone-free, providing extra comfort. Plus, the foam nitrile absorbs oil for a better grip, while the additional foam coating works like a sponge to boost gripping power. Whether you're working in the garage or on a construction site, these gloves make the job easier.

Features:

  • ANSI Cut Level 1
  • 15 gauge nylon and spandex liner (silicone free)
  • Tear and abrasion-resistant
  • Foam nitrile absorbs oil to increase grip
  • The additional foam coating acts like a sponge to help increase gripping power
  • Offers tactile sensitivity and dexterity

Specifications:

  • Abrasion Rating: 4
  • Circular Blade Cut Rating: 1
  • Tear Rating: 3
  • Puncture Rating: 1

Materials:

  • Coating: Micro-foam nitrile
  • Liner shell: 15 gauge nylon & spandex
  • Cuff: Nylon, spandex & latex elastic

This product contains components that may be a potential risk to allergic reactions (latex in the wrist cuff). Do not use in the event of hypersensitivity signs or a known allergy to latex.

Cleaning:

  • Wash in warm water (30-40°C) (86-104°F)
  • Use a mild detergent
  • Short cycle time (5-10 minutes)
  • Low Tumble dry (60°C max) (140°F max)

Do not use chemicals or sharp-edged objects to clean the gloves. Cleaning can alter the gloves' performance levels.

Standards:

  • CE EN388 standard features abrasion, cut, tear, and puncture ratings. Abrasion ratings are based on the number of cycles required to abrade through the sample glove. Cut ratings are based on the number of cycles needed to cut through the sample at a constant speed. Tear ratings are based on the amount of force required to tear the sample. Puncture ratings are based on the amount of force required to pierce the sample with a standard-sized point.

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