Pro-safe 27111 Work Gloves X-small Polyurethane Nylon

Product Description

The PRO-SAFE 27111 is a general purpose work glove designed for light-duty hand protection in a range of trade and industrial applications. Constructed from a seamless nylon shell with a solid polyurethane coating across the palm and fingers, this glove delivers a consistent grip surface and basic abrasion resistance. The knit wrist cuff provides a secure, close fit that helps keep debris out during use. Weighing 0.05 pounds per pair, the glove is lightweight enough for extended wear without fatigue. It ships individually packaged and is sized for men's X-Small or women's Small hands.

This glove is suited for tasks requiring dexterity and a reliable grip — including light assembly, parts handling, and general maintenance work common in HVAC, plumbing, and electrical trades. The unlined nylon construction keeps the profile thin, which is useful when working with small fasteners, wiring, or fittings where tactile feedback matters. The polyurethane palm and finger coating resists minor abrasion and provides grip on smooth or dry surfaces.

Key Features

• Seamless nylon shell reduces internal seam irritation during extended use
• Solid polyurethane coating on palm and fingers for consistent grip and abrasion protection
• Knit wrist cuff style for a snug, debris-resistant fit
• Unlined construction keeps glove profile thin for improved dexterity
• Lightweight at 0.05 pounds per glove
• Packaged individually, minimum order quantity of 1

Compatibility

Designed as a general purpose light-duty work glove suitable for standard hand protection tasks across trade and industrial environments.

Installation Notes

Inspect gloves before each use for tears, holes, or coating separation that could compromise protection. Replace immediately if the coating shows cracking or peeling. These gloves are not rated for electrical arc flash, chemical immersion, or cut hazards — confirm the glove rating meets the specific hazard requirements of the job before use.