Mcr Safety UT1952M Ultratech Mechanics Gloves Medium

Product Description

The MCR Safety UT1952M UltraTech mechanics glove is a cut-resistant, impact-rated hand protection solution built for demanding trade environments. The shell is constructed from 13-gauge HyperMax fiber, providing ANSI Cut Level A4 resistance. A black sandy nitrile foam coating covers the palm and fingertips, delivering grip in wet and dry conditions. Thermoplastic rubber (TPR) backing protects knuckles and the dorsal hand from impact forces. Abrasion resistance is rated at Level 4 and puncture resistance at Level 4, making this glove suited for tasks where multiple hazard types are present simultaneously.

The UT1952M is designed for mechanics, utility technicians, pipe fitters, and other trade professionals who work with sharp edges, rough materials, or equipment that poses impact risk. Typical applications include HVAC installation and service, general plumbing and mechanical work, electrical construction, and light industrial maintenance. The glove is sized Medium and sold as a single pair, making it easy to stock individually or in multiples for crew use.

Key Features

• 13-gauge HyperMax fiber shell for ANSI Cut Level A4 resistance
• Black sandy nitrile foam palm and fingertip coating for reliable grip in wet and dry conditions
• TPR impact protection on the back of the hand and knuckles
• ANSI Abrasion Level 4 and Puncture Level 4 ratings
• Mechanics-style fit designed for dexterity during tool use and assembly tasks

Compatibility

Designed as a general-purpose mechanics and trade glove for professionals requiring simultaneous cut, impact, abrasion, and puncture protection in medium hand size.

Installation Notes

Inspect gloves before each use for tears, coating separation, or compromised TPR panels that would reduce protection. Follow applicable OSHA hand protection standards and employer PPE programs when selecting and using cut-resistant gloves. Gloves should be replaced when visible wear reduces coating integrity or when the shell shows cuts or abrasion damage that penetrates the outer layer.