Complete Sicherheitshalbschuh Uvex 1 S1 Src Tool [xTHR9kqV]

Safety Half Shoes Uvex 1 S1 SRC

Introducing the Uvex 1 S1 SRC Safety Half Shoes, a premium choice for professionals seeking both comfort and safety. Designed for versatility and durability, these shoes are ideal for a wide range of industries. Their lightweight construction and breathable microvelours upper make them perfect for long hours on your feet. With features like the SRC anti-slip soles and ESD compliance, the Uvex 1 S1 SRC Safety Half Shoes offer the ultimate protection in hazardous environments.

• Highly breathable and lightweight design for comfort all day long.
• Compliance with safety standards S1 and SRC for enhanced safety.

Key Product Features

The Uvex 1 S1 SRC Safety Half Shoes are crafted with attention to detail and safety in mind. The upper is made from an allergen-free, breathable microvelours material, ensuring comfort even during intense activities. The shoes are free from silicone, plasticizers, and other harmful substances, making them suitable for those with sensitivities. Additionally, the elastic laces provide a quick and personalized fit, while the removable antistatic insole offers extra comfort and shock absorption.

• Obermaterial aus atmungsaktivem Mikrovelours for optimal breathability and comfort.
• 100% metallfreie uvex xenova® Zehenschutzkappe for compact, anatomical protection.

Practical Applications and Benefits

Whether you work in manufacturing, construction, or healthcare, the Uvex 1 S1 SRC Safety Half Shoes are designed to meet the demands of your job. Their ergonomic Dual-Density Polyurethane sole ensures excellent traction and durability, while the non-metallic toe cap provides maximum protection without compromising on comfort. The shoes are also suitable for orthopedic adjustments and uvex medicare insoles, making them a versatile choice for a variety of needs.

• Orthopedic adjustments and uvex medicare insoles compatibility for personalized comfort.
• Anti-static properties with a bleeder resistance of under 35 Megaohm for safe use in ESD environments.