BASE B0966 KUMA TOP Safety Shoe

BASE B0966 KUMA TOP Safety Shoe: Unparalleled Protection Meets Modern Comfort

Introducing the BASE B0966 KUMA TOP Safety Shoe — the epitome of innovation in safety footwear. Designed with both style and safety in mind, this shoe is built for those who demand the best in protection without compromising on comfort or ethics.

Features:

• Sizing Perfected for All: Tailored to fit perfectly, it caters to Women's Width 10.5 and Men's Width 12, ensuring a snug and comfortable fit for both genders.
• Advanced Safety Toe-Cap: Engineered with a robust 200 joules resistant toe-cap, it promises maximum protection against unforeseen impacts.
• Heel Shock Absorption: Say goodbye to foot fatigue. Our state-of-the-art shock absorption in the heel region ensures that your feet stay comfortable even during the most demanding tasks.
• Anti-Static Properties: Protect yourself from static electricity hazards. The anti-static features of the BASE B0966 make it an ideal choice for electrical or high-tech environments.
• Water and Hydrocarbons Resistant: Whether you're tackling wet environments or dealing with hydrocarbons, the water-resistant upper ensures that your feet stay dry and protected.
• Metal-Free Construction: Perfect for environments that require non-metallic footwear. It’s lightweight and guarantees no metal detector disruptions.
• Orthopaedic Footbed: Custom comfort meets safety standards. Our made-to-measure orthopaedic footbed is designed as per European norms DGUV112-191, ensuring your feet get the support they need.
• Eco-Conscious Choice: Taking a step towards sustainability, this is a vegan-friendly safety shoe, meaning no animals were harmed in its production.

Experience the BASE B0966 KUMA TOP Safety Shoe — a seamless blend of unparalleled safety, unmatched comfort, and eco-conscious design. Perfect for the modern professional who believes in making safe, stylish, and ethical choices. Upgrade your safety gear with BASE and ensure every step you take is protected and poised.

Conforming to the below safety standard:

EN ISO 20345:2022 S2