Usage
The Herock Talin S3S SR FO ESD SC LG high shoe is designed for professionals working in demanding industrial environments, offering comprehensive protection against impacts, perforation, and electrostatic discharge. Ideal for sectors like construction, logistics, and electronics manufacturing.
Advantages
- Water-repellent leather upper ensures durability in wet or damp conditions.
- Composite toecap resists impacts up to 200 joules without adding weight.
- Non-metallic anti-perforation midsole protects against penetration by sharp objects up to ø 3 mm.
- Dissipates static electricity safely with ESD certification (BS EN IEC 61340-4-3:2018), reducing risk of equipment damage or operator shock.
- Ergonomic footbed with arch and heel support delivers all-day comfort during extended wear periods.
Specifications
- Design: High-cut safety shoe with a water-repellent leather upper, PU overcap (scuff guard) for abrasion resistance, and breathable mesh lining.
Sole: Dual-density PU/PU outsole for stability and slip resistance.
Lining: Breathable 3D-mesh to enhance ventilation.
Padded collar: Provides ankle cushioning and support.[1][4][9]
- Safety certifications: EN ISO 20345:2022 compliant; S3S SR FO SC LG classification;
ESD standard: BS EN IEC 61340-4-3:2018 certified.[1][4]
- Main performance values: - Composite toe cap impact resistance: 200 joules
- Anti-perforation midsole blocks sharp objects ø up to 3 mm
- Sample weight (size 43): approx. 750 g[1][4]
- Differentiators: - Metal-free design enhances comfort when passing security checks
- Fuel/oil-resistant sole increases suitability for industrial sites
- Soft padded collar reduces pressure on the ankle[1][9]
How it works
This safety shoe combines multiple protective elements—composite toe cap, non-metallic anti-perforation midsole, slip-resistant sole—with ergonomic features like a cushioned footbed. The ESD functionality dissipates static electricity safely through the sole while you work on conductive flooring.[1][6] Designed for straightforward lacing and everyday use in high-risk workplaces.
