Description
SLIDE BLACK DISC LOW S1PS ESD FO HRO SR
The SLIDE BLACK DISC LOW combines superior protection with outstanding comfort, making it the perfect companion in demanding work environments. Equipped with a robust fiberglass toe cap and flexible FAP® LITE penetration protection, it reliably shields your feet from impacts and sharp hazards.
Designed for long shifts and fast-paced workdays, this safety shoe features ESD properties, a breathable BreathActive functional lining, and a soft padded interior. Sweat and discomfort are kept at bay, making it especially suitable for professionals in the hospitality industry and other areas where comfort matters just as much as protection.
The innovative SAFETY KNIT® upper paired with durable FUSETEC® elements delivers maximum flexibility and a secure, adaptive fit. With every step, the MOTION PWR sole featuring PWR.FOAM cushioning technology ensures reliable non-slip grip and optimal stability. Plus, the outsole is heat-resistant up to 300 °C, enhancing durability and safety on hot surfaces.
Choose a shoe that supports your performance from start to finish. The SLIDE BLACK DISC LOW delivers the perfect blend of safety, comfort, and exceptional functionality – every single day.
- Protection: Fiberglass toe cap and flexible FAP® LITE penetration protection for enhanced safety against impacts and sharp objects.
- Plus: BreathActive functional lining, comfortably padded collar and dust tongue, and ESD properties to prevent electrostatic discharge.
- Upper: Flexible and durable SAFETY KNIT® material reinforced with FUSETEC® elements for stability and a secure fit.
- Lining: Moisture-regulating BreathActive functional lining for a dry and comfortable foot climate.
- Footbed: evercushion® MMT footbed designed to support long-lasting comfort and ergonomic wear.
- Sole: MOTION PWR sole with a 300 °C heat-resistant, non-slip rubber outsole and PWR.FOAM midsole for superior cushioning, energy return, and stability.
- Material: High-quality textile construction for flexibility and breathability.
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EN ISO 20345:2022
