Atg 34-876/L Work Gloves Large Nitrile Coated Nylon Gray

Product Description

The ATG 34-876/L is a large-size, full-fingered general purpose work glove designed for trades and light industrial applications requiring dexterity, grip, and breathability. The glove shell is constructed from a nylon and elastane blend, offering a snug, flexible fit. The palm and fingers are dipped in micro-foam nitrile, providing reliable grip on both dry and lightly oily surfaces. At 9.1 inches overall length with a slip-on knit cuff, this glove is sized for all-day wear during assembly, sorting, finishing, and parts inspection tasks. The paired set weighs approximately 0.15 pounds.

This glove is suited for residential and commercial trade environments where workers handle small parts, perform assembly and sorting operations, or conduct finishing and parts inspection work. The micro-foam nitrile coating provides grip without sacrificing tactile feedback, making it a practical choice for tasks where feel and control matter. Maximum rated temperature is 104 degrees F. The unisex design and knit slip-on cuff allow quick donning and removal in fast-paced work settings.

Key Features

• Micro-foam nitrile palm dip coating for grip on dry and lightly oily surfaces
• Nylon and elastane shell for breathability and flexible fit
• Full-finger coverage with straight thumb construction
• ANSI/ISEA Abrasion Resistance Level 4 and EN 388 4131 rated
• Slip-on knit cuff for easy on and off
• 9.1 inch overall length, paired set

Compatibility

Designed as a general purpose work glove for assembly, sorting, finishing, and parts inspection applications in trade and light industrial environments.

Installation Notes

Inspect gloves before each use for tears, punctures, or coating separation. Replace immediately if the nitrile coating shows signs of cracking or delamination. These gloves are not rated for electrical hazard, cut resistance beyond abrasion-level protection, or chemical immersion. Store away from direct sunlight and heat sources above 104 degrees F to preserve coating integrity.