Mcr Safety 32013TM Leather Cuff Work Gloves

Product Description

The MCR Safety 32013TM is a general purpose work glove designed for trades and industrial applications where hand protection and dexterity are both required. Built with a leather cuff, this glove provides added wrist and forearm protection against abrasion, heat, and debris encountered in everyday field and shop work. The 32013TM is not static dissipative, making it suited for standard mechanical, construction, and maintenance tasks rather than sensitive electronics work. Electricians, plumbers, HVAC technicians, and general maintenance crews reach for gloves like these when handling materials, tools, and equipment throughout the workday.

This glove fits naturally into residential and light commercial service environments. It is appropriate for tasks such as pipe handling, ductwork installation, general construction, and equipment maintenance where grip and hand coverage are priorities. The leather cuff adds a layer of protection at the wrist that standard slip-on gloves do not provide, making it a practical choice for work near sharp edges, rough surfaces, or moderate heat sources.

Key Features

• Leather cuff construction for added wrist and forearm abrasion resistance
• General purpose design suitable for a wide range of trade and maintenance tasks
• Not static dissipative, appropriate for mechanical and construction use
• Compact packaged dimensions for easy storage and jobsite transport
• Sold individually, one pair per package

Compatibility

Designed as a general purpose work glove suitable for HVAC, plumbing, electrical, and construction trades requiring standard hand and wrist protection without static dissipative requirements.

Installation Notes

Inspect gloves before each use for cuts, tears, or worn leather that may compromise protection. Gloves should be sized correctly to maintain dexterity and prevent snagging on equipment or tooling. Always follow applicable OSHA hand protection guidelines for the specific task and hazard level present on the jobsite.