Mcr Safety UT1953S Ultratech Nitrile Cut A4 Impact Gloves

Product Description

The MCR SAFETY UT1953S is a cut-resistant mechanics glove built for trade professionals working in environments where hand protection from cuts, impacts, and punctures is critical. The shell is constructed from 13-gauge Lime Hypermax fiber, delivering ANSI Cut Level A4 performance. A red sandy nitrile foam coating is applied to the palm and fingertips, providing grip in both dry and lightly oily conditions. TPR (thermoplastic rubber) padding on the back of the hand guards against impact. The glove is sold as a single pair and weighs approximately 0.115 pounds.

The UT1953S is designed for mechanics, maintenance technicians, and general trades professionals who need dexterity alongside meaningful hand protection. Typical applications include working with sheet metal, stamped components, light fabrication, HVAC equipment handling, and mechanical assembly. The nitrile foam palm coating is well-suited for grip on tools and hardware. The high-visibility lime shell color supports jobsite awareness.

Key Features

• 13-gauge Lime Hypermax shell construction for ANSI Cut Level A4 protection
• Red sandy nitrile foam palm and fingertip coating for grip in dry and lightly oily conditions
• TPR back-of-hand padding for impact resistance
• ANSI Abrasion Level 4 and Puncture Level 4 performance
• Single-pair packaging, suitable for individual restocking or tool crib use

Compatibility

Designed as a general-purpose cut and impact-resistant mechanics glove for trade professionals across HVAC, plumbing, electrical, and light fabrication applications.

Installation Notes

Inspect gloves before each use for tears, coating separation, or compromised TPR panels. Replace immediately if the shell or coating shows signs of degradation that would reduce protection level. Follow applicable OSHA hand protection selection requirements when specifying PPE for a task. Gloves should be sized correctly to maintain dexterity and ensure the TPR impact zones are positioned over the knuckles.