One of our favourite wide fit safety boots. Description EN ISO 20345:2011 Water resistant upper Upper Material Full Grain Leather Breathable Textile Lining Upper 100% Polyamide Internal Lining Ladder-proof Antibacterial Absorbs & Releases Moisture, Abrasion Resistant Footbed: Cofra Soft S3 ESD Material Scented Polyurethane, Holed, Anatomic. Low Electrical Resistance, Soft & Comfortable. Polyurethane/TPU Sole Electrical Resistance. Nonmetallic Toe Cap Non-Metal Composite Midsole. Black/Blue Introducing the Cofra Funk S3 SRC safety boot, a lightweight and 100% metal-free option designed for optimal protection and comfort in various work environments. Crafted with a water-repellent full-grain leather upper, this boot ensures durability while keeping your feet dry. The breathable fabric external lining, combined with a 100% polyamide fabric internal lining, provides excellent moisture management.The COFRA SOFT ESD footbed, made of scented polyurethane, is anatomically designed and features ventilation holes, offering comfort and low electrical resistance for anti-static protection. The polyurethane/TPU sole also boasts low electrical resistance, making it suitable for sensitive environments.With a non-metallic TOP RETURN toe cap that withstands impacts up to 200 Joules and a non-metallic APT PLATE midsole ensuring zero perforation, the Cofra Funk offers reliable safety without the weight of traditional metal components. Additionally, the anti-torsion support enhances stability, making this boot a perfect choice for professionals seeking a blend of safety and comfort.- Leather upper- Lace up closure- Padded heela nd ankle collar- Cushioned footbed- Toe cap prtoection- Durable rubber outsole- Cofra branding. The Cofra Funk S3 SRC is a 100% metal free light weight safety boot with anti-static protection. Water repellent full grain leather upper Breathable fabric external lining 100% polyamide fabric internal lining COFRA SOFT ESD footbed, made of scented polyurethane, holed, anatomic, with low electrical resistance. S3 ESD SRC