1810-5 - Caiman 1810 Pigskin Double Palm Welding Gloves, Large

Technical Analysis: Caiman 1810 Pigskin Welding Gloves

The Caiman 1810 series represents a robust solution for industrial welding protection, specifically engineered to leverage the unique material properties of pigskin leather. Unlike traditional cowhide, pigskin is characterized by a porous grain structure that allows for exceptional breathability without compromising tensile strength. This specific model, the 1810-5, utilizes premium grain pigskin, ensuring that the material remains resilient in harsh industrial environments. A defining technical characteristic of pigskin is its resistance to stiffening; the leather retains its natural pliability even after exposure to moisture and subsequent drying cycles, ensuring consistent operator dexterity and tactile sensitivity over the product's lifespan.

Structurally, the glove is designed with a reinforced double palm. This additional layer of leather is strategically placed in high-friction areas to mitigate premature wear and enhance abrasion resistance, effectively extending the service life of the glove under heavy use. The 4-inch safety cuff provides critical coverage for the wrist and lower forearm, shielding the user from radiant heat, sparks, and spatter generated during welding processes. The entire assembly is stitched using high-strength Kevlar thread, a para-aramid synthetic fiber selected for its thermal stability and resistance to burn-through, preventing seam failure under thermal stress.

These gloves are categorized for heavy-duty applications, including MIG (GMAW) and Stick (SMAW) welding, as well as general metal fabrication. The tan color offers high visibility, while the Large sizing is designed to accommodate standard hand anthropometry with an ergonomic fit. The combination of breathable material, reinforced construction, and heat-resistant stitching makes the Caiman 1810 an optimal choice for MRO (Maintenance, Repair, and Operations) environments where longevity, safety, and operator comfort are critical performance metrics.