Product Overview
Working in sub-zero environments requires more than just a standard safety boot; it requires a specialised barrier against the elements. The Composite Leather Winter Ankle Boot S3S SR is engineered specifically for those who operate in freezing conditions, providing significant protection without the thermal conductivity issues often associated with traditional metal safety components.
Certified to the latest EN ISO 20345:2022 standards, this boot prioritises both personal safety and thermal efficiency. By utilising composite materials rather than steel, the boot aids in heat insulation, ensuring that your feet remain warm and protected even when the external temperature drops well below freezing.
Key Features
- Full-Grain Leather Upper: This premium material provides natural water resistance and exceptional durability, ensuring the boot can withstand the rigours of a harsh working environment while maintaining its professional appearance.
- Composite Safety Components: Unlike steel, composite materials do not conduct the cold. This provides a vital thermal break that helps keep heat trapped inside the boot where it belongs.
- S3S SR Safety Rating: Meeting the rigorous EN ISO 20345:2022 +A1:2024 standards, these boots offer essential puncture resistance and advanced slip resistance on challenging surfaces.
- PU/TPU Outsole: The dual-density sole provides a balance of cushioning for long-term comfort and a hard-wearing outer layer for superior longevity and grip.
Design & Performance
The design philosophy behind the FC12 focuses on thermal regulation and structural integrity. In extreme cold, metal safety components can act as thermal bridges, drawing heat away from the wearer. By opting for a composite construction, this boot maintains a more consistent internal temperature for the wearer.
The full-grain leather is not only chosen for its aesthetic but for its ability to flex and breathe while maintaining a sturdy structure. Furthermore, the PU/TPU outsole is designed to remain flexible in lower temperatures, ensuring that the slip resistance (SR) remains effective even when the ground is icy or wet. It is a substantial, sturdy boot that does not compromise on the safety certifications required for modern industrial sites.
Why No Customisation?
At MyWorkwear, we take safety standards very seriously. This boot is sold as-is because any secondary modification, such as embroidery or heat-pressing logos onto the leather upper, could compromise the integrity of the S3S safety rating. Puncturing the leather for stitching would damage the boot's water resistance and thermal properties, while high-heat applications could negatively affect the leather's natural oils and the bond of the safety components.
Use Cases
This footwear is essential for professionals working in cold storage facilities, outdoor construction during the winter months, or in sub-zero logistics environments. Its slip-resistant properties and leather construction also make it a reliable choice for heavy-duty roles within the catering, food production, and butchery sectors where temperatures are strictly controlled.
Why MyWorkwear
MyWorkwear has been a staple of the British workwear industry since 1976. Operating from our base in Telford, we have decades of experience in selecting footwear that actually performs in the field. We understand that in sub-zero conditions, the right gear isn't a luxury—it's a health and safety necessity for your team.
Practical Advice
When working in freezing conditions, remember that your choice of hosiery is just as important as your boots. We recommend pairing these boots with a high-quality thermal sock. Ensure you choose a size that allows for this extra layer without restricting circulation, as footwear that is too tight can actually make your feet feel colder by reducing blood flow.
Caring for your product
Maintaining the leather is crucial for the longevity of the boot's safety features and its ability to repel water. Allowing mud or chemicals to sit on the leather can cause it to dry out and crack over time, which would eventually lead to the failure of the boot's structural integrity.
Never dry these boots directly on a radiator or near a high heat source if they become wet. Excessive heat can cause the leather to become brittle and may damage the adhesive bond of the PU/TPU outsole. Instead, allow them to dry naturally in a well-ventilated area away from direct heat.
To keep the slip resistance effective, ensure the tread of the outsole is kept clean of debris. A simple wipe down with a damp cloth and the occasional application of a quality leather conditioner will ensure these boots remain a reliable part of your professional gear for many seasons.
4.8
