Pip 6141/XL Tig Welding Gloves X-large Kidskin Leather

Product Description

The PIP 6141/XL is a top-grain grain kidskin leather TIG welding glove designed for precision welding applications where dexterity and heat protection are both critical. Offered in X-Large (women's 2X-Large), this unlined glove features a smooth grip surface and Kevlar stitching for seam durability under high-heat conditions. The gauntlet-style cuff extends coverage to a 12.5 inches overall length, providing forearm protection during TIG welding passes. Sold as a pair, this glove is built for professional welders who need tactile feedback without sacrificing hand protection.

The 6141/XL is intended for TIG welding applications in fabrication shops, manufacturing environments, and on-site industrial work. The premium top-grain leather construction and Gunn back pattern make it well-suited for tasks requiring fine motor control, such as feeding filler rod and manipulating a TIG torch. The uncoated, unlined design keeps hand movement unrestricted, making this glove a practical choice for welders who prioritize feel over bulk. It ships as a single pair.

Key Features

• Top-grain grain kidskin leather construction for flexibility and heat resistance
• Kevlar stitching provides high-heat seam durability
• Gauntlet cuff style with 12.5 inches overall length for extended forearm coverage
• Smooth grip surface supports dexterity-intensive TIG welding work
• Gunn back pattern for a natural hand fit
• Unlined and uncoated design maximizes tactile feedback

Compatibility

Designed for TIG welding applications; suitable for professional welders requiring a lightweight, unlined leather glove with gauntlet cuff protection.

Installation Notes

These gloves are intended for use by qualified welders following applicable workplace safety standards, including OSHA 29 CFR 1910.252 for welding operations. Inspect gloves for wear, holes, or compromised stitching before each use. Do not use damaged gloves near open arc or flame. Replace gloves when leather shows significant heat degradation or Kevlar stitching begins to fail.