Mcr Safety 9672S Cut Resistant Gloves Dyneema Small

Product Description

The MCR SAFETY 9672S is a cut resistant work glove built on a 13 gauge salt and pepper Dyneema shell with a gray polyurethane (PU) coating across the palm and fingertips. Dyneema fiber offers high abrasion resistance among high-performance fiber shells, making this glove a practical choice for applications where cut and tear protection are daily requirements. The seamless shell construction reduces pressure points and improves comfort during extended wear. The PU palm and fingertip coating adds grip and durability without significantly reducing dexterity. This glove is sized for small hands and sold in pairs.

The 9672S is suited for light to medium-duty industrial and trade tasks where cut protection and tactile sensitivity are both needed. Typical applications include parts handling, assembly, fabrication, and general maintenance work. The Dyneema shell carries DSM certification, indicating compliance with fiber quality standards set by the fiber manufacturer. The glove is appropriate for electricians, pipefitters, sheet metal workers, and general maintenance technicians who require hand protection without sacrificing feel or grip.

Key Features

• 13 gauge seamless Dyneema shell with DSM certification for verified fiber quality
• Gray PU coating on palm and fingertips for enhanced grip and wear resistance
• Salt and pepper shell construction for cut, tear, and abrasion protection
• Lightweight and breathable design for extended wear comfort
• Sold as a pair; sized for small hands

Compatibility

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

Installation Notes

Inspect gloves before each use for cuts, tears, or coating separation that may reduce protection. Gloves should be selected and used in accordance with applicable workplace hand protection programs and OSHA 29 CFR 1910.138 personal protective equipment standards. Replace immediately if the shell or coating shows signs of degradation.