Amblers Safety S3 Waterproof Safety Boot
Brand:
Amblers
Stay safe and comfortable with these waterproof safety boots, designed for tough environments and demanding work conditions. Crafted from water-resistant crazy horse leather, these boots feature a breathable internal waterproof membrane to keep your feet dry, even in wet conditions. With an impact-resistant steel toe cap and a penetration-resistant steel midsole, these boots provide maximum protection against workplace hazards.
The fully padded collar, gusseted tongue, and removable memory foam footbed ensure all-day comfort, while the locked-in lacing system offers a secure fit. A durable pull-on tab at the back makes them easy to put on and take off.
Built for reliability, the oil- and heat-resistant rubber/phylon outsole is slip-resistant (SRC-rated) with deep grooves to channel away fluids, ensuring safety on slippery surfaces. Whether you’re on a construction site, in manufacturing, or working outdoors, these boots deliver unmatched protection, durability, and comfort.
Features
- Waterproof & Breathable: Water-resistant leather upper with a waterproof internal membrane.
- Ultimate Safety: 200-joule steel toe cap and penetration-resistant steel midsole for protection from impacts and sharp objects.
- All-Day Comfort: Padded collar, cushioned memory foam footbed, and shock-absorbing heel for fatigue-free wear.
- Heavy-Duty Outsole: SRC-rated slip-resistant sole that’s oil-resistant, heat-resistant (up to 300°C), and designed to channel fluids.
- Durable Design: Moulded rubber toe and heel guards for added durability in high-wear areas.
Safety Certifications & Standards
This waterproof safety boot meets EN ISO 20345:2011 S3 WR HRO SRC European safety standards:
- S3: Steel toe cap, anti-static design, water-resistant upper, energy-absorbing heel, and a midsole that resists penetration up to 1100 Newtons.
- WR Water Resistant.
- HRO Resistance to High Heat 300°c.
- SRC Tested on ceramic tile contamination with Sodium Lauryl Sulphate and on smooth steel contamination with glycerol.