Mcr Safety 953XL Mechanic Gloves Xl High Visibility

Product Description

The MCR SAFETY 953XL is a pair of general-purpose mechanic and lifting gloves sized for men's XL or women's L hands. Built from synthetic suede leather on the palm and back, they deliver ANSI/ISEA Abrasion Resistance Level 3 performance while keeping hand fatigue low during extended tasks. A spandex slip-on cuff with elastic construction holds the glove snug at the wrist without requiring adjustment hardware. The lime green and black high-visibility color scheme with a reflective logo on the back keeps hands visible in low-light or high-traffic work zones. Total package weight is 0.24 pounds.

These gloves are suited for general-purpose trade and maintenance applications where light abrasion, cut, and puncture resistance are needed. Typical use cases include HVAC service, electrical rough-in, plumbing install work, and general mechanical tasks where dexterity and grip control matter. The super-stretch knuckle region accommodates full hand movement, and the touchscreen-compatible palm and fingertips allow device use without removing the glove. The reinforced thumb crotch addresses a common wear point in mechanic-style gloves.

Key Features

• ANSI/ISEA Abrasion Resistance Level 3 synthetic suede construction
• High-visibility lime green and black finish with reflective logo for added jobsite visibility
• Touchscreen-compatible palm and fingertips
• Super-stretch spandex knuckle region for full-range hand movement
• Reinforced thumb crotch reduces wear at a high-stress point
• Machine washable — do not machine dry

Compatibility

Designed as a general-purpose mechanic and lifting glove in the MCR SAFETY 953 Series, sized men's XL or women's L, sold as a single pair.

Installation Notes

Inspect gloves before each use for tears, worn areas, or seam separation. Slip-on cuff style requires no tool for donning. Launder as needed following care instructions — machine wash only, no machine drying. Replace gloves when synthetic leather shows thinning or when abrasion protection is compromised.