290402 - Miller Medium Cut-Resistant TIG Gloves - ANSI A5 Protection

Technical Overview of Miller Cut-Resistant TIG Gloves

The Miller Cut-Resistant TIG Welding Gloves (SKU: 290402) are engineered to address the specific safety requirements of Tungsten Inert Gas (TIG) welding while mitigating the risks associated with sharp metal edges and handling. These gloves achieve an ANSI A5 cut rating, signifying their ability to withstand between 2,200 and 2,999 grams of cutting load before material failure. This high level of cut protection is essential for industrial environments where sheet metal handling and preparation are frequent tasks alongside the actual welding process.

Construction materials are selected to balance protection with the tactile sensitivity required for TIG welding. The palm and fingers are fabricated from premium goat grain leather. Goat grain is renowned in the industry for its high tensile strength relative to its weight and thickness, allowing for the fine motor control necessary to manipulate TIG filler rods and operate torch controls precisely. To enhance durability, the gloves incorporate cow split leather in high-wear areas, providing a robust barrier against abrasions. The gloves are rated Level 4 for both abrasion and puncture resistance under ANSI/ISEA 105-2016 standards, ensuring longevity in harsh shop environments.

Structural integrity is maintained through the use of 100% flame-resistant Kevlar thread. Kevlar's thermal stability prevents seam degradation when exposed to the radiant heat and UV radiation typical of the welding arc. The gloves also carry a Level 3 heat rating, offering contact heat protection suitable for the thermal profiles encountered in TIG applications. Ergonomics are addressed via a pre-curved finger design, which mimics the natural resting position of the hand, thereby reducing the muscular effort required to grip tools and reducing operator fatigue over extended shifts. The internal cut-resistant lining is bonded to the leather chassis to prevent bunching and maintain a consistent fit.