Tillman 25BL Deerskin Split Tig Welding Glove 4 Inch Cuff

Product Description

The TILLMAN 25BL is a deerskin split leather TIG welding glove designed to protect hands and wrists during TIG welding operations and other high-heat applications. Constructed from deerskin split leather, this glove provides a balance of heat resistance and tactile sensitivity that TIG welders require when working with a torch. The 4-inch cuff extends protection up the wrist and lower forearm, reducing exposure to spatter, radiant heat, and weld splatter. Weighing approximately 1 pound per packaged unit, this is a single-pair offering suited for professional welders and fabricators working in shop or field environments.

This glove is intended for TIG welding applications where dexterity and heat protection must coexist. Deerskin split construction is commonly chosen for lighter welding processes where arc control and fingertip feel are critical, making the 25BL appropriate for sheet metal work, pipe welding, and precision fabrication. The glove is sold as a single pair and is a standard selection for welding shops, industrial maintenance crews, and trade professionals who perform regular TIG welding tasks.

Key Features

• Deerskin split leather construction for heat resistance combined with dexterity
• 4-inch cuff provides extended wrist and lower forearm protection
• Designed specifically for TIG welding applications requiring tactile feedback
• Single-pair packaging suitable for individual replacement or stocking
• Lightweight profile supports extended wear during precision welding tasks

Compatibility

Designed as a general-purpose TIG welding glove suitable for use with standard TIG welding torches and equipment in light to medium welding applications.

Installation Notes

Welding gloves should be inspected before each use for cuts, holes, or degraded leather that could compromise protection. Replace immediately if the leather shows burn-through, stiffening, or structural damage. Gloves should be kept dry and free of oils or flammable contaminants prior to use near an open arc. Proper personal protective equipment selection and use should conform to applicable ANSI and workplace safety standards.