Neri Safety Zapato de Seguridad Bajo Slip-On Rush 998 S1P ESD Metal Free Microfibra Negro/Verde Talla 44

Work Safety Slip-On Shoes for Maximum Workplace Safety The Neri safety shoes represent the ideal solution for those seeking complete protection and comfort during long working days. This slip-on model eliminates the need for lacing, ensuring quick and secure footwear in every professional environment. The combination of advanced materials and ergonomic design offers certified protection without compromising everyday practicality. Complete Protection for Every Work Environment These safety footwear are designed to offer 360-degree protection in industrial settings, construction sites, and professional environments where safety is a top priority. Fiberglass toe cap that protects against heavy falling objects while maintaining lightness Anti-perforation textile lining that prevents the penetration of nails and sharp objects Anti-slip sole that ensures stability on wet and oily surfaces Antistatic properties that prevent the accumulation of electrical charges Metal-free design ideal for passing through metal detectors The safety certification ensures compliance with the strictest standards, making this model perfect for industrial operators, technicians, and professionals who cannot compromise on protection. Comfort and Practicality for Long Working Days The slip-on system transforms the daily user experience, eliminating downtime associated with lacing and ensuring immediate and secure fitting. The microfiber upper offers superior breathability, keeping feet dry even during the most intense activities. The double-density polyurethane sole combines cushioning and resistance, reducing fatigue and improving comfort throughout the work shift. Versatility and Resistance for Demanding Professionals This footwear is perfectly suited to multiple professional sectors, from logistics to maintenance, from the food industry to technical services. The black-green color ensures a professional appearance while maintaining visibility in environments with specific color codes. Resistance to oils and ease of cleaning make this model particularly appreciated in contexts where hygiene and durability are fundamental to daily performance.