Maxisafe ArcGuard Leather Welding Blanket with Eyelets - 1.8m2

The Maxisafe Arcguard Leather Welding Blanket with Eyelets – 1.8m² offers reliable protection for surfaces and equipment in welding zones. Made from durable split leather, this blanket resists sparks, molten metal, and high heat. Reinforced with eyelets for easy securing or hanging, it’s ideal for shielding tools, work areas, or nearby objects from damage during cutting, grinding, and welding tasks.

• Pack of 1
• Carton of 5
• Heavy Duty split leather construction for added durability
• 100% Kevlar Stitching for resistance to heat, cuts and abrasion
• Continuous working temperature of 80 degees C
• Packaged in reusable bags
• Brass Eyelets around the edge

The Maxisafe Arcguard Leather Welding Blanket with Eyelets – 1.8m² offers reliable protection for surfaces and equipment in welding zones. Made from durable split leather, this blanket resists sparks, molten metal, and high heat. Reinforced with eyelets for easy securing or hanging, it’s ideal for shielding tools, work areas, or nearby objects from damage during cutting, grinding, and welding tasks.

FEATURES:

• Heavy Duty split leather construction for added durability
• 100% Kevlar Stitching for resistance to heat, cuts and abrasion
• Continuous working temperature of 80 degees C
• Packaged in reusable bags
• Brass Eyelets around the edge

SPECIFICATIONS:

• Pack of 1 
• Carton of 5

APPLICATIONS:

• Designed to protect surrounding areas from welding sparks, spatter, and heat exposure
• Suitable for welding, cutting, grinding, and metal fabrication applications
• Ideal for use in workshops, construction sites, shipyards, and industrial plants
• Helps shield equipment, machinery, cables, and nearby surfaces from hot debris
• Eyelet design allows secure hanging or fastening for vertical and horizontal protection
• Commonly used as a temporary heat barrier during maintenance and repair work
• Suitable for confined space welding and high-temperature work environments
• Ideal for protecting workers and reducing fire risks in hot work operations