Tillman 25AS Deerskin Tig Welding Glove Small

Product Description

The TILLMAN 25AS is a deerskin TIG welding glove designed for heat protection and dexterity during precision welding work. Constructed from deerskin leather, this glove delivers the tactile sensitivity TIG welders need to maintain arc control while providing a barrier against radiant heat and spatter. Sized for small hands, the 25AS is intended for professional welders and fabricators who prioritize feel and fingertip control over heavier thermal protection. At 0.3 pounds per pair, the lightweight construction minimizes hand fatigue during extended welding sessions.

The TILLMAN 25AS suits residential and light commercial fabrication environments where TIG welding is the primary process. TIG welding demands close work and fine motor control, making a form-fitting deerskin glove the standard choice among professional welders. This glove is sold as a single pair and is appropriate for use with TIG torches across a range of amperage applications where direct heat exposure is moderate and dexterity is the priority.

Key Features

• Deerskin leather construction provides natural dexterity and heat resistance suited for TIG welding
• Small sizing offers a close, form-fitting feel for precise arc and filler rod control
• Lightweight at 0.3 pounds per pair to reduce hand fatigue during extended use
• Pearl and gold finish deerskin material resists stiffening and maintains softness with use
• Sold as a single pair for straightforward replacement ordering

Compatibility

Designed as an OEM-style replacement glove for professional TIG welding applications requiring small-sized deerskin heat-protective handwear.

Installation Notes

Inspect gloves before each use for cuts, burns, or worn areas that reduce protection. Do not use damaged gloves near live electrical equipment or open arc. Allow gloves to dry naturally away from direct heat sources if they become wet. Deerskin gloves should not be used for stick or MIG welding processes where heavier spatter and higher heat flux require thicker materials.