Unimig - Heat-Resistant Welding Gloves | Rogue Heavy Duty – UMWG8 Get latest price

The Unimig Rogue Heavy Duty Welding Gloves – UMWG8 are engineered for professional-grade MIG welding and plasma cutting. Crafted from heat and flame-resistant split cowhide leather, these gloves provide robust protection for high-intensity tasks. Reinforced palms with welted seams offer enhanced durability and comfort, while the full sock lining ensures a snug and comfortable fit. High-strength Kevlar stitching enhances resistance to heat and wear. With 400mm or 680mm length options, they provide extended coverage for forearm protection. Ideal for industrial welding, metal fabrication, and high-temperature environments, they’re a reliable choice for welders who demand toughness and flexibility.

Key Features

• Premium split cowhide leather with reinforced palm
• Heat-resistant Kevlar stitching and full sock lining
• Available in 400mm and 680mm lengths for extended coverage

Applications

• MIG and plasma welding operations
• Industrial metal fabrication
• Heavy-duty, high-temperature environments

The Unimig Rogue Heavy Duty Welding Gloves – UMWG8 are engineered for professional-grade MIG welding and plasma cutting. Crafted from heat and flame-resistant split cowhide leather, these gloves provide robust protection for high-intensity tasks. Reinforced palms with welted seams offer enhanced durability and comfort, while the full sock lining ensures a snug and comfortable fit. High-strength Kevlar stitching enhances resistance to heat and wear. With 400mm or 680mm length options, they provide extended coverage for forearm protection. Ideal for industrial welding, metal fabrication, and high-temperature environments, they’re a reliable choice for welders who demand toughness and flexibility.

Key Features

• Premium split cowhide leather with reinforced palm
• Heat-resistant Kevlar stitching and full sock lining
• Available in 400mm and 680mm lengths for extended coverage

Applications

• MIG and plasma welding operations
• Industrial metal fabrication
• Heavy-duty, high-temperature environments

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