Mcr Safety 9699M Pvc Coated Nylon Work Gloves Medium

Product Description

The MCR Safety 9699M is a general purpose work glove built for everyday hand protection in light industrial, construction, and maintenance environments. The glove features a nylon shell with a PVC dip coating applied across the palm and fingertips, providing grip and abrasion resistance where contact is most frequent. Weighing approximately 0.16 pounds per pair, the 9699M is a lightweight option suited for tasks that require dexterity without sacrificing basic protection. A knit cuff and wing thumb construction contribute to a secure, comfortable fit during extended wear. This glove is sized Medium for men or Small for women and is sold as a pair.

The 9699M is designed for general purpose use across a range of trades and job site roles. Typical applications include material handling, assembly, light fabrication, and facility maintenance. The palm-and-fingertip PVC coating provides sufficient grip on dry surfaces and moderate protection against abrasion, puncture, and cut hazards encountered in routine work. It is appropriate for both indoor and outdoor use where a lightweight, unlined glove is preferred.

Key Features

• PVC dip coating on palm and fingertips for grip and abrasion resistance
• Nylon shell and lining for lightweight comfort and breathability
• Knit cuff style for a snug wrist fit and easy donning
• Wing thumb construction reduces hand fatigue and improves fit
• Full finger coverage for all-around hand protection
• Unisex design sized Medium (men) or Small (women)

Compatibility

Designed as an OEM-style general purpose work glove suitable for light industrial, maintenance, and construction applications where basic grip and abrasion protection are required.

Installation Notes

Inspect gloves before each use for tears, coating separation, or compromised coverage. Replace immediately if the PVC coating shows cracking or peeling, as degraded coating reduces grip and protection. These gloves are not rated for electrical hazard, chemical immersion, or high-heat applications — confirm the protection type matches the task before use.