Regatta Professional TRK202 Men's Claystone S3 Steel Toe Cap Safety Hiker Boots (Briar/Oxford Blue)
If you're seeking ethical and reliable safety footwear, try the Regatta Professional TRK202 Men's Claystone S3 Steel Toe Cap Safety Hiker Boots (Briar/Oxford Blue). These boots provide excellent underfoot, toe and water-resistant protection, while using recycled materials to reduce environmental impact. For lasting comfort, these boots feature padded ankles, and a breathable PU and mesh upper fabric.
What's Included?
Find the Right Size for You
The TRK202 Claystone S3 Men's Boots are available in a range of sizes. To find the right size for you, please consult the size conversion table below, and select the correct size using the drop-down menu at the top of the page.
| UK Shoe Size | EU Shoe Size |
| UK Size 6 | EU Size 39 |
| UK Size 7 | EU Size 41 |
| UK Size 8 | EU Size 42 |
| UK Size 9 | EU Size 43 |
| UK Size 10 | EU Size 45 |
| UK Size 11 | EU Size 46 |
| UK Size 12 | EU Size 47 |
Why Choose the TRK202 S3 Hiker Boots?
These safety boots are a reliable safety footwear option, packed with all the protective properties needed in tough working conditions. Safeguarding against a number of hazards, these boots are crafted with robust steel toe caps, a penetration-resistant midsole and anti-slip soles. They're also ideal for use in wet conditions, with a water-resistant upper fabric, and have padding around the ankles for optimal protection and comfort.
The Men's Claystone S3 Boots are also a great option for professionals seeking sustainable workwear. These boots are crafted using recycled materials, helping to reduce waste and environmental impact.
How Reliable Are the Regatta Professional Claystone Safety Boots?
The Men's S3 Safety Boots comply with the safety footwear standard EN 20345, and offering the following:
- EN ISO 20345: S3
- Protective toe cap (200J)
- Anti-static protection
- Energy-absorbing heel region
- Penetration-resistant midsole
- Water-resistant upper
- Slip-resistant/cleated outsole
Read our guide to safety footwear standards for more information.
Key Features and Benefits
- Mid-top safety boots with padded ankles for support
- Steel toe caps provide protection against impact
- Anti-penetration midsoles shield against sharps
- Water-resistant upper fabric protects in wet conditions
- Anti-slip outsoles provide a secure grip on slippery/uneven surfaces
- Made using recycled materials to reduce environmental impact
- Endurance Mesh and PU upper offers breathability
- Comply with safety footwear EN standards for reliability
- Also available in a Black/Granite model
Who Can Use the TRK202 Hiker Boots?
Ideal for tough working conditions, the Regatta Professional Claystone Boots are recommended for the following tasks:
- Construction
- Assembly
- Maintenance
- Engineering
- Warehousing
- Carpentry
- Machine operation
- HGV driving
- Automotive
- Agriculture
Reliable Foot Protection
If you're required to work with dangerous objects and in high-risk environments, the right pair of shoes can greatly improve your time at work. These safety boots are crafted with robust steel toe caps and anti-penetration midsoles, designed to safeguard against impact, sharps and more.
They also feature slip-resistant, cleated outsoles, providing you with secure footing and preventing you from slipping on slippery surfaces. For use in wet environments, these boots also have a water-resistant upper fabric to keep your feet dry.
Made with Eco-Friendly Materials
Ideal for professionals wanting to make more environmentally-conscious workwear purchases, the Claystone S3 Safety Boots have been crafted using recycled materials. These boots provide a great way to protect your feet while also protecting the planet.
Here at Workwear.co.uk, we have a full range of Sustainable Workwear, suited for professionals and businesses looking for ethical clothing. From jumpers and jackets to trainers and boots, this collection provides reliable and eco-friendly apparel.
Other Available Colours
The Regatta TRK202 Men's Safety Boots are also available in a Black/Granite model.
Documentation
