Usage
The Herock Talin S3S SR FO ESD SC LG high shoe is designed for professionals working in demanding environments requiring reliable foot protection, including manufacturing, construction, logistics, and areas with electrostatic-sensitive equipment.
Advantages
- Water-repellent leather upper protects against moisture and extends product lifespan.
- Composite toecap withstands impacts up to 200 joules without adding metal weight.
- S3S-rated HEROCK® SAFESTEP non-metallic anti-perforation midsole resists punctures from sharp objects as small as 3 mm in diameter.
- Dual-density PU/PU outsole delivers excellent slip resistance and stability on various surfaces.
- ESD compliance minimizes static buildup through rapid charge dissipation—vital near sensitive electronics or explosive materials.[1][4][6][8]
Specifications
- Design & Materials: High model with water-repellent leather upper, PU overcap/scuff guard for added durability; breathable 3D mesh lining; soft padded collar for ankle comfort.[1][4]
- Durability & Standards: HEROCK® SAFESTEP non-metallic midsole; composite toe cap (200J); meets EN ISO 20345:2022 and BS EN IEC 61340-4-3:2018 ESD standards. Sample weight (size EU43): approximately 750g per shoe.[1][4]
- Performance Metrics: Energy absorption in the heel; slip resistance rated SR; fuel/oil resistant sole (FO); anti-perforation protection effective against nails or wires ≥3mm diameter.[1][9]
- Differentiating Features: Ergonomic HEROCK® COMFORTSTEP footbed provides arch and heel support. Metal-free construction for critical safety zones. Ladder grip outsole design enhances workplace versatility.[1][9]
How it works
This high safety shoe combines a water-resistant leather exterior with a puncture-resistant sole, absorbing shocks at the toe and dissipating static electricity safely to ground level. Wearers benefit from all-day comfort, protection from worksite hazards—including sharp debris—and minimized risk of electrostatic discharge incidents when moving between zones containing sensitive electronics or explosives.
