Mcr Safety 4840KXL Welding Gloves Leather Gauntlet Xl

Product Description

The MCR SAFETY 4840KXL is a full-fingered leather welding glove designed for MIG and TIG welding as well as high-heat applications. The glove features a grain goatskin back in a Gunn pattern construction, with a cowhide gauntlet cuff that extends 6 inches for added forearm protection. A Kevlar lining provides cut resistance and thermal protection during sustained welding operations. The textured grip surface supports tool and material handling in hot, demanding environments. Licensed electricians, welders, and industrial trade workers are the primary installers and end users of this glove.

This glove is suited for both residential and commercial welding applications, including MIG and TIG processes where heat exposure and arc spatter are primary hazards. The X-Large sizing accommodates a wide range of hand sizes for both men and women. The straight thumb design and full-finger coverage make it practical for general fabrication, pipe welding, and structural work where dexterity and heat protection must be balanced.

Key Features

• Grain goatskin back with Gunn pattern construction for durability and flexibility
• Kevlar lining provides thermal and cut-resistant protection
• 6-inch cowhide gauntlet cuff shields the forearm from heat and spatter
• Textured grip surface improves handling of materials and tools
• Full-fingered, straight-thumb design balances dexterity with coverage
• Rated for MIG and TIG welding and high-heat applications

Compatibility

Designed for use in MIG and TIG welding and high-heat applications requiring leather hand protection with gauntlet-style forearm coverage.

Installation Notes

These gloves are donned and removed by the welder or tradesperson before and after each welding session. Inspect gloves before each use for burns, tears, or compromised stitching that could reduce protection. Do not use damaged gloves near open arc or flame. Follow applicable OSHA and ANSI hand protection standards for the specific welding process in use.