These Welding Gloves are heat-resistant leather gloves engineered to withstand temperatures of up to 300°C, designed specifically for welding, metalwork, and other high-heat industrial applications. Crafted from genuine, thick-grade leather — commonly cowhide or split leather — these gauntlet-style gloves provide superior resistance to heat, sparks, spatter, and abrasion, offering reliable protection for welders working with MIG, TIG, or stick welding processes, as well as foundry and metal casting work.

The extended gauntlet cuff provides substantial coverage for the wrist and forearm, shielding against sparks, hot metal splatter, and radiant heat during welding operations. Reinforced double-stitched seams using heat-resistant Kevlar or cotton thread enhance durability, preventing the gloves from burning through at the seams during prolonged high-heat exposure. The reinforced palm and finger construction further improves grip and durability while handling tools, electrodes, and hot materials, while a soft cotton or fleece lining is commonly included for additional comfort and insulation against heat transfer.

Built to withstand the demanding conditions of welding and metalworking environments, these gloves deliver dependable, high-temperature protection while maintaining sufficient dexterity and flexibility, making them a reliable choice for professionals working in direct contact with heat, flame, and molten materials.

Key Features:

• Heat resistant up to 300°C
• Genuine thick-grade leather construction (cowhide/split leather)
• Extended gauntlet cuff for wrist/forearm protection
• Heat, spark, and spatter resistant
• Reinforced double-stitched seams (heat-resistant thread)
• Reinforced palm and fingers for durability and grip
• Abrasion and puncture resistance
• Soft cotton/fleece lining (comfort & insulation)
• Suitable for MIG, TIG, stick welding, and foundry work

Ideal Applications:
Welding, metal fabrication, foundries, glass handling, and industrial tasks involving direct exposure to high heat, sparks, and molten materials.