Mcr Safety N9677XL Ninja Force Cut Resistant Gloves Xl

Product Description

The MCR SAFETY N9677XL is a 13-gauge cut resistant work glove built on a Dyneema Diamond Technology and synthetic fiber shell with a gray polyurethane (PU) coating across the palm and fingertips. Dyneema is a DSM-certified high-performance fiber known for its strength-to-weight ratio and cut resistance. The PU palm coating enhances grip on dry and lightly oily surfaces while preserving tactile sensitivity. This glove is designed for trade and industrial workers who need reliable hand protection without sacrificing dexterity or feel during precision tasks.

The N9677XL is suited for light to medium-duty industrial applications where cut hazards are present, including assembly, parts handling, fabrication, and general maintenance work. The X-Large size targets workers who require a larger fit without compromising the glove's close-knit, form-fitting profile. It is sold and sized as a pair and is applicable across manufacturing, construction, electrical, and facility maintenance environments where cut-resistant PPE is required or preferred.

Key Features

• 13-gauge Dyneema Diamond Technology and synthetic fiber shell for cut resistance and lightweight wear
• Gray PU coating on palm and fingertips for improved grip and abrasion resistance
• DSM-certified Dyneema fiber construction
• Form-fitting knit maintains dexterity and sense of touch during detailed work
• X-Large sizing sold as a pair

Compatibility

Designed as a general-purpose cut resistant glove for light to medium industrial and trade applications requiring ANSI-category hand protection.

Installation Notes

Inspect gloves before each use for cuts, tears, or degradation in the PU coating that may compromise protection. Cut resistant gloves should be selected based on the specific ANSI/ISEA cut level required for the task. Do not use these gloves as a substitute for arc flash, chemical, or heat-rated PPE where those specific hazards are present. Gloves should be replaced when visible wear or damage is detected.