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263335-1 - Miller Unlined MIG Welding Gloves - Medium (263335)

Packaging: 1 PER EA

Sorry, product has been discontinued by the vendor.

OVERVIEW

Miller Unlined MIG Welding Gloves – Medium (263335)

The Miller 263335-1 Unlined MIG Welding Glove is a premium safety solution designed to bridge the gap between heavy-duty protection and fine-motor dexterity. Manufactured by Miller Electric, a leader in arc welding technology and safety equipment, these gloves are engineered specifically for the demands of Gas Metal Arc Welding (GMAW). This specific SKU represents the Medium size option, catering to operators who require a snug, responsive fit to maintain control over their welding torch and consumables.

Construction is key to the performance of this glove. The palm is crafted from premium grain pigskin. Pigskin is renowned in the industrial sector for its resilience; it naturally resists oil and water better than many other leathers, and it remains soft and pliable even after repeated exposure to moisture and heat. This ensures that the glove does not stiffen over time, maintaining its usability throughout its lifespan. The back of the glove, which faces the highest heat and spatter, is made from durable split cowhide. This dual-material approach optimizes the glove for MIG welding: maximum feel on the palm side, maximum protection on the back side.

Durability is further enhanced by the use of 100% Kevlar® thread for all stitching. Standard cotton or nylon threads can burn or rot quickly in welding environments, leading to seam failure. Kevlar® resists high temperatures and provides exceptional tensile strength, ensuring the glove holds together under rigorous industrial use. The unlined design is a critical feature for this model; by removing the internal lining, Miller eliminates bulk, allowing the operator to feel the trigger sensitivity and wire feed with greater accuracy. This makes the 263335 an ideal choice for fabrication shops, automotive repair, and manufacturing lines where precision is paramount.

For inventory managers and safety procurement officers, the Miller 263335 represents a reliable, high-turnover safety consumable that addresses the specific complaints of MIG welders who find standard stick gloves too bulky. By stocking the unlined pigskin option, you provide a solution that enhances worker comfort and potentially improves weld quality through better tool control.

Additional Information
Brand:Miller
Size:Medium
Packaging Description:1 Per Ea
Glove Type:MIG Welding Glove
Lining:Unlined
Palm Material:Premium Grain Pigskin
Back Material:Split Cowhide
Stitching:100% Kevlar
Cuff Style:Safety Cuff
Color:Tan / Black

INCLUDED

  • 1 Pair of Miller Unlined MIG Welding Gloves (Size: Medium)

APPLICATIONS

  • Gas Metal Arc Welding (MIG)
  • Flux Cored Arc Welding (FCAW)
  • Light to Medium Fabrication
  • Automotive Repair and Restoration
  • General Material Handling
  • Maintenance and Repair Operations

FAQ

Unlined gloves provide superior dexterity and tactile sensitivity compared to lined gloves. This allows for better control over the MIG gun trigger and easier handling of filler wires and small parts.

The SKU 263335-1 corresponds to the Medium size. Miller typically offers this glove in sizes ranging from Medium to X-Large.

These gloves feature a premium grain pigskin palm for dexterity and oil resistance, and a split cowhide back for heat and spatter protection.

While they can handle light duty, they are designed for MIG welding. Stick welding generally produces higher heat and more spatter, for which a fully lined, heavier glove is usually recommended.

Extremely durable. Miller uses 100% Kevlar® thread for all stitching, which is heat-resistant and prevents the seams from burning out or rotting.

Yes, they feature a safety cuff/gauntlet design that extends protection past the wrist to cover the lower forearm and prevent debris from entering the glove.

Pigskin is generally more breathable and stays softer after exposure to moisture or oil compared to cowhide, making it more comfortable for long-term wear in variable conditions.