Product Overview
The Victoria S1P SRC from the Smart collection represents a sophisticated approach to safety footwear, combining a modern grey and orange aesthetic with the rigorous protection required for industrial environments. This ankle shoe is engineered to provide comprehensive foot security without the bulky profile often associated with traditional work boots. Designed to meet the EN ISO 20345: 2011 S1P standards, it offers a reliable barrier against common workplace hazards while maintaining a professional appearance suitable for both client-facing roles and floor-based operations.
Key Features
- 200 Joules Resistant Toe-Cap: The integrated toe-cap provides essential protection against impact and compression, ensuring the forefoot remains shielded from falling objects or heavy equipment.
- Puncture Resistant Sole: A reinforced midsole prevents sharp objects, such as nails or shards, from penetrating the foot, which is critical for safety on active shop floors or warehouses.
- Shock Absorption in the Heel: This feature is designed to dissipate energy during walking, significantly reducing foot fatigue and joint strain during long shifts on hard surfaces.
- Anti-Static Footwear: Engineered to discharge static electricity, these shoes help prevent the build-up of charges that could interfere with sensitive electronic equipment or pose risks in specific volatile environments.
- Hydrocarbons Resistant: The outsole is specifically formulated to resist degradation when in contact with oils and fuels, ensuring the structural integrity and grip of the shoe remain intact.
Design & Performance
Constructed as a sturdy and substantial ankle shoe, the Victoria S1P SRC prioritises both durability and user comfort. The SRC slip resistance rating indicates that the footwear has been tested on both ceramic surfaces with soap and steel surfaces with glycerol, providing the highest level of slip protection available. This makes the shoe exceptionally dependable in environments where liquid spills are a constant risk. Available in both men’s and women’s widths, the design acknowledges that a proper fit is fundamental to safety, preventing the internal foot movement that leads to blisters and instability.
Why No Customisation?
We do not offer customisation, such as embroidery or heat-seal printing, on this specific item. As a piece of certified Personal Protective Equipment (PPE), any modification to the external materials could potentially compromise the safety integrity or the flame-retardant properties of the shoe. Furthermore, the structural nature of footwear makes it unsuitable for standard garment decoration techniques. By providing these as-is, we ensure the product performs exactly to the manufacturer's safety specifications.
Use Cases
These shoes are ideally suited for professionals working in logistics, light manufacturing, and warehousing. They are particularly effective for those who require the protection of a safety boot but prefer the flexibility and lighter feel of an ankle shoe. The clean, smart design also makes them an excellent choice for supervisors or managers who move frequently between office environments and the production floor.
Why MyWorkwear
MyWorkwear has been a cornerstone of the UK workwear industry since 1976. Operating from our specialised facility in Telford, we bring decades of technical expertise to every product we stock. We understand that footwear is the most critical part of a worker's kit, and we select our range based on proven performance and adherence to British and European safety standards.
Practical Advice
When selecting your size, consider the type of work socks you intend to wear. Because these shoes feature a puncture-resistant sole and a fixed toe-cap, they do not 'stretch' in the same way as leisure footwear. We recommend ensuring there is a small amount of clearance for your toes to prevent discomfort during repetitive movements or while crouching.
Caring for your product
To maintain the safety performance and longevity of your Victoria S1P SRC shoes, regular maintenance is essential. Allowing the materials to degrade not only shortens the life of the shoe but can also impact the effectiveness of features like the hydrocarbons resistance.
Clean the shoes regularly using a damp cloth to remove dirt and debris, which can be abrasive to the upper material. Avoid using high-heat sources, such as radiators, to dry the shoes if they become wet; excessive heat can cause the materials to become brittle and may affect the adhesives used in the sole construction.
Inspect the outsoles periodically to ensure the tread pattern is clear of stones or build-up, as this ensures the SRC slip resistance remains effective. If the soles show significant wear or if the toe-cap becomes exposed through the upper material, the shoes should be replaced immediately to ensure continued protection.
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