Mcr Safety N9696XS Work Gloves X-small Polyurethane

Product Description

The MCR SAFETY N9696XS is a general purpose work glove designed for light to medium-duty tasks requiring dexterity and basic hand protection. The glove features a nylon shell with a polyurethane coating applied across the palm and fingertips using a dipped coating style. This construction provides grip and abrasion resistance while maintaining finger sensitivity. The knit cuff helps secure the glove during wear. Sold as a pair, these gloves are sized for X-Small hands in both mens and womens sizing and are suitable for unisex use. Maintenance technicians, assembly workers, and light-trade professionals are the typical end users.

These gloves are suited for general purpose applications where a combination of grip, abrasion resistance, and basic cut protection is needed. The full-fingered, wing-thumb design supports a natural grip posture across a range of hand tasks. They are appropriate for use in light industrial, facilities maintenance, and general trade environments where dexterity and tactile feedback are priorities over heavy-impact or chemical protection.

Key Features

• Polyurethane palm and fingertip coating provides grip and abrasion resistance
• Dipped coating style for consistent, even coverage
• Nylon shell and lining for lightweight wear and dexterity
• Knit cuff style for a secure, comfortable fit
• Wing thumb construction supports natural hand movement
• Full-fingered design with protection against abrasion and cut hazards

Compatibility

Designed as an OEM-style general purpose work glove in X-Small sizing, compatible with light industrial and trade applications requiring polyurethane-coated hand protection.

Installation Notes

No installation is required for work gloves. Inspect gloves before each use for tears, coating separation, or damage that would reduce protection. Replace gloves when the coating shows visible wear or loss of grip. Follow your facility or jobsite PPE policy for proper glove selection relative to the hazard level of the task.