Mcr Safety N9690TCXXL Cut Resistant Gloves 2x-large

Product Description

The MCR SAFETY N9690TCXXL is a cut-resistant glove built for cold and demanding work environments. The exterior shell uses a 13-gauge Dyneema Diamond Technology construction paired with synthetic fibers to deliver cut protection and abrasion resistance. An acrylic terry interior liner adds thermal insulation for warmth during extended cold-weather tasks. The palm and fingertips are finished with a bi-polymer coating that reinforces grip and extends wear life. This glove is suited for trades professionals and general labor workers who require both hand protection and tactile dexterity on the job.

The N9690TCXXL is designed for use in industrial, construction, and general trade applications where cut hazards and cold temperatures are present. The 2X-Large sizing accommodates larger hands without sacrificing fit. The combination of a cut-resistant shell and insulating liner makes this glove suitable for outdoor work, cold storage environments, and job sites with exposure to sharp materials or edges. Sold as a pair.

Key Features

• 13-gauge Dyneema Diamond Technology exterior for cut and abrasion resistance
• Acrylic terry interior liner provides thermal insulation for cold-weather wear
• Bi-polymer coated palm and fingertips enhance grip and coating durability
• Dyneema and synthetic fiber blend supports dexterity alongside protection
• 2X-Large sizing for a proper fit on larger hands
• Sold as a pair

Compatibility

Designed as an OEM-style replacement or standard-issue cut-resistant glove for industrial and trade applications requiring cold-weather hand protection.

Installation Notes

Inspect gloves before each use for cuts, coating separation, or liner damage that may compromise protection. Replace immediately if the shell or coating shows signs of wear through. Follow your employer and site safety guidelines for PPE selection, inspection intervals, and disposal. Gloves should be selected to match the specific cut hazard level and thermal exposure of the task.