Pollyboot Steel Toe Capped Unisex Safety Boots Size EU 47 / UK 13 / US 13 P013/48

Pollyboot P013/48 steel toe capped unisex safety boots, sized EU 47 / UK 13 / US 13, feature a protective steel toe cap and steel midsole designed to provide enhanced foot protection in industrial and construction settings. The boots have a durable polyurethane upper and a thermoplastic polyurethane sole equipped with self-cleaning anti-slip treads, ensuring excellent grip and stability on various surfaces.

Designed for both comfort and safety, these boots offer a wide fitting and are easy to wear and remove. The ultra-lightweight and flexible construction reduces foot fatigue during long hours of use. They provide high resistance against corrosion and impacts, ensuring longevity in tough working conditions.

These boots provide insulation against cold temperatures down to minus 30 degrees Celsius, making them suitable for use in cold environments. Additionally, they incorporate heat insulation features to keep your feet cool during warmer conditions, ensuring comfort across varying climates.

With no formal standards or approvals listed, these boots prioritize practical safety features such as impact resistance and corrosion resistance. They are ideal for industrial, manufacturing, construction, and maintenance applications where foot protection is critical.

Steel toe cap for impact and compression protection. Polyurethane upper for durability and weather resistance. Steel midsole for puncture resistance. Self-cleaning treads on anti-slip outsole for safety and traction. Unisex design suitable for all workers.

Insulation effective to -30°C cold environments. Heat insulation technology to maintain comfort. Lightweight and flexible for long-term wear. Wide fitting for ease of use. Corrosion and impact resistant construction.

This safety boot exemplifies reliable foot protection suited for industrial and commercial safety footwear needs. Browse the EnvMart Safety Boots category for more options on protective footwear suited for demanding environments.