Mcr Safety 3750M Fleece-lined Leather Gloves Size Medium

Product Description

The MCR SAFETY 3750M is a general purpose work glove built for tradespeople who need reliable hand protection in everyday job-site conditions. Constructed with a beige synthetic split cowhide palm, the glove delivers abrasion, cut, and puncture resistance for general handling tasks. The red fleece lining adds warmth and comfort during extended wear. A keystone thumb design reduces hand fatigue and improves natural grip. The textured grip surface helps maintain control of tools and materials. This glove is sold as a paired set and sized for a medium mens fit, equivalent to a small womens fit.

The 3750M is suited for general purpose applications across a wide range of trades including HVAC, plumbing, electrical, and light construction. It works well as an everyday handling glove when workers need basic protection from abrasion and minor cuts without sacrificing dexterity. The slip-on cuff with elastic back allows fast donning and removal, making it practical for tasks that require frequent glove changes throughout a shift.

Key Features

• Synthetic split cowhide palm provides abrasion, cut, and puncture protection
• Red fleece lining for added warmth and interior comfort
• Keystone thumb construction reduces strain and improves fit
• Textured grip surface for better tool and material handling
• Color-coded cotton hem identifies glove size at a glance
• Slip-on cuff with elastic back for quick donning and removal

Compatibility

Designed as a general purpose work glove for unisex use; fits medium mens sizing and small womens sizing. Part of the MCR SAFETY 3750 Series, formerly marketed under the Memphis Glove brand.

Installation Notes

Inspect gloves before each use for tears, worn areas, or compromised seams. Replace immediately if the palm or lining shows significant wear that reduces protection. Store away from sharp edges and direct sunlight to extend service life. These gloves are not rated for electrical arc flash, chemical exposure, or high-heat applications.