Mcr Safety 9369S Cut-resistant Gloves Ansi A2 Small

Product Description

The MCR SAFETY 9369S is a fingerless, cut-resistant work glove built from 7-gauge Kevlar fibers and certified to ANSI/ISEA 105:2020 Cut Level A2. The palm and back feature PVC dot coating on both sides, improving grip on parts, fasteners, and sheet goods without sacrificing dexterity. The seamless knit construction and lightweight Kevlar shell reduce hand fatigue during extended wear. Sized for a small hand, this glove ships as a pair and is well suited to assembly, light fabrication, and parts-handling tasks where cut protection and tactile feedback are both required.

The 9369S fits into light-duty industrial and trade applications where workers need reliable cut and abrasion protection without a full-coverage coated glove. The fingerless design makes it a natural choice for tasks requiring precise finger placement, such as electrical assembly, HVAC sheet metal handling, plumbing rough-in work, or general mechanical service. The knit cuff keeps the glove seated on the wrist during active use. MCR SAFETY manufactures this glove as a licensed Kevlar glove producer certified by DuPont.

Key Features

• ANSI/ISEA 105:2020 Cut Resistance Level A2 and ANSI/ISEA 105:2016 Abrasion Resistance Level 2
• 7-gauge Kevlar shell and lining — seamless construction for all-day comfort
• PVC dot coating on palm and back for grip on both sides of the hand
• Fingerless design preserves tactile sensitivity for precision work
• Knit cuff with tear-away feature for quick removal
• Unisex sizing — fits small mens hand or extra-small womens hand

Compatibility

Designed as a general-purpose cut-resistant glove for light industrial, mechanical, and trade service applications where ANSI A2 cut protection is required.

Installation Notes

Inspect gloves for wear, cuts, or coating separation before each use and replace if the Kevlar shell shows visible fiber damage. Do not use these gloves near rotating machinery where a fingerless or loose-cuff design could create a snag hazard. For electrical work, confirm that these gloves do not provide dielectric protection and are not a substitute for voltage-rated insulating gloves required under NFPA 70E or applicable safety standards.