Unisex Magnus Work Clog

Magnus is designed to provide exceptional safety and durability, making it ideal for hazardous work environments. Featuring a fiberglass-reinforced toe cap that withstands impacts up to 1500 kg and resists 200 joules of force, it offers superior protection while being 50% lighter than traditional steel toes. Despite its strength, Magnus remains lightweight, ergonomic, and comfortable for all-day wear. A reinforced heel adds extra protection, while the cushioned arch support insole ensures superior comfort and support. The certified SRC Slip-resistant, combined with anti-static and anti-microbial properties, enhances safety and hygiene. The security strap guarantees a secure fit, and the clog is waterproof, ultra-lightweight, and flexible, making it ideal for kitchens, restaurants, and similar workplaces. Additionally, Magnus is sterilizable using cold methods, UV, gamma rays, or hydrogen peroxide, ensuring cleanliness in demanding settings. Technical Specifications: • Fiberglass-reinforced toe cap resists 200 joules and supports 15 kilonewtons of compression. • Compliant with Regulation (EU) 2016/425. • Security strap for a perfect fit. • Reinforced heel for extra protection. • Certified SRC Slip-resistant sole. • Removable cushioned insole with arch and heel support. • Anti-microbial material to prevent adhesion of substances. • Waterproof, ultra-lightweight, ergonomic, and flexible. • Sterilizable with cold methods, UV, gamma rays, or hydrogen peroxide. Care Instructions: Hand wash with soap and water. If machine washing, use a short cold cycle (max 30°C), no spin. Air dry, avoiding heat sources. Recommended to clean the sole weekly with soap and water to maintain slip resistance. Regularly check the sole’s thickness and tread.

• Compliant with Regulation (EU) 2016/425.
• Removable cushioned insole whith arch and heel support
• Waterproof, ultra-lightweight, ergonomic, and flexible.
• Sterilizable with cold methods, UV, gamma rays, or hydrogen peroxide.
• Fiberglass-reinforced toe cap resists 200 joules and supports 15 kilonewtons of compression.