263347 - Miller Medium TIG Gloves, Unlined Goatskin with Kevlar Stitching

Precision Engineering for TIG Welders

The Miller 263347 TIG Welding Gloves are engineered specifically to meet the rigorous demands of Tungsten Inert Gas (TIG) welding. In TIG applications, dexterity is paramount; the operator requires an acute sense of touch to manipulate the torch and feed the filler rod with precision. Miller addresses this need by utilizing premium goat grain leather for the palm and fingers. Goatskin is renowned in the industrial safety sector for its high tensile strength relative to its weight, as well as its exceptional suppleness. This allows the glove to conform closely to the hand, reducing bulk and improving fine motor control.

To further enhance tactile sensitivity, these gloves are completely unlined. While lined gloves offer thermal insulation, they often dampen the feedback required for delicate welds. The unlined construction of the Miller 263347 ensures that the welder maintains a direct connection with their equipment, facilitating precise arc control. Despite the lack of a full lining, comfort is not compromised. The design incorporates a triple-padded palm, which serves a dual purpose: it cushions the hand against the pressure of the torch handle during long beads and provides an additional thermal barrier at the primary contact points.

Durability is a critical factor in welding PPE. These gloves are constructed using a hybrid material approach, combining the dexterity of goatskin on the hand with the rugged protection of split cowhide on the cuff. The cowhide cuff offers robust resistance to sparks and minor spatter, protecting the wrist and lower forearm. Furthermore, the entire glove is sewn with 100% flame-resistant Kevlar® thread. Kevlar® prevents seam failure due to high heat or sparks, ensuring the structural integrity of the glove is maintained throughout its service life. The wing thumb design further contributes to durability by removing seams from high-stress areas and allowing for natural hand articulation.