Mcr Safety N9676GS Cut Resistant Gloves Small Dyneema

Product Description

The MCR SAFETY N9676GS is a cut-resistant work glove built on a 10-gauge Dyneema Diamond Technology shell with a bi-polymer coated palm and fingertips. Dyneema Diamond Technology is DSM-certified and delivers high cut resistance while maintaining flexibility and tactile sensitivity. The black bi-polymer coating on the palm and fingertips adds grip and abrasion resistance without sacrificing dexterity. This glove is sized Small and sold in pairs. It is intended for industrial, manufacturing, and assembly environments where cut hazards are present and hand feel matters. Installation and fitting is handled by the end user or safety supervisor.

The N9676GS is suited for light to medium-duty cut-hazard applications including parts handling, assembly line work, glass handling, sheet metal fabrication, and general manufacturing tasks. The gray Dyneema Diamond Technology synthetic shell keeps the glove lightweight and breathable. The bi-polymer coating on the palm and fingertips provides a secure grip on dry and lightly oily surfaces. This glove is designed for professionals who need reliable cut protection without sacrificing touch sensitivity on small components or precision tasks.

Key Features

• 10-gauge Dyneema Diamond Technology synthetic shell for cut resistance and flexibility
• DSM-certified Dyneema fiber construction
• Black bi-polymer coated palm and fingertips for grip and abrasion resistance
• Lightweight knit shell supports dexterity and tactile sensitivity
• Machine washable in slightly warm water with mild non-ionic detergent, hang dry only
• Sold as a pair, sized Small

Compatibility

Designed as an OEM-style replacement or standard-stock cut-resistant glove for use in industrial, manufacturing, and assembly environments requiring hand protection against cut hazards.

Installation Notes

Fitting should be performed by a qualified safety supervisor or end user following applicable workplace PPE standards. Inspect gloves before each use for cuts, tears, or coating separation that may reduce protection. Do not use tumble drying as heat can degrade the Dyneema fiber and bi-polymer coating. Follow the facility wash protocol using mild non-ionic detergent and warm water not exceeding a gentle cycle of 5 to 10 minutes.