Heavy-Duty Red Split Leather Heat & Welding Protective Gloves
Heavy-Duty Red Split Leather Heat & Welding Protective Gloves
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These Heavy-Duty Red Leather Welding Gloves are constructed from premium-grade split cowhide leather to provide superior thermal isolation and mechanical defense against industrial hazards. Designed specifically for welding, cutting, grinding, and heavy foundry work, they feature a full-grain design with reinforced welted seams to resist heat, molten metal splatter, and sharp edges. The extended long gauntlet cuff protects the lower arms and wrists from radiation, flying sparks, and hot debris, while a soft inner lining ensures comfortable, sweat-absorbent wear during long operational shifts.
Specifications Table
| Parameter | Technical Specification |
|---|---|
| Product Type |
Heavy-Duty Leather Welding & Heat Safety Gloves (قفازات لحام جلدية حماية للحرارة)
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| Material |
Premium Split Cowhide Leather
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| Color |
Industrial Red
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| Design / Cuff Style |
Extended Gauntlet Safety Cuff for Lower Arm Protection
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| Protection Properties |
Heat-Resistant, Flame-Resistant, Spark-Proof, High Abrasion & Puncture Resistance
|
| Primary Applications |
MIG/TIG/Stick Welding, Metal Fabrication, High-Heat Furnace Operations, Grinding, Cutting, and Heavy Industrial Work
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Key Features & Standards
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High-Heat & Flame Resistance: Premium split leather construction shields hands and arms against intense contact heat, open flames, and welding sparks.
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Extended Gauntlet Cuffs: Long safety cuffs provide comprehensive wrist and forearm protection from hot debris and UV radiation.
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Rugged & Abrasion Resistant: Reinforced stitching and durable leather build resist punctures, cuts, and severe mechanical wear.
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Ergonomic Dexterity: Flexible thumb design allows a firm grip on welding torches, heavy tools, and structural metal components.
⚠️ Safety Warning: Inspect gloves thoroughly for cuts, thin spots, or open seam tears prior to hot work or arc welding operations. Do not use when wet, as moisture reduces thermal insulation and increases the risk of electrical shock.