Product Overview
The Occupational Slip On Shoe O2 FO SR is a meticulously engineered piece of footwear designed specifically for professional environments where hygiene and slip resistance are paramount, but a protective toecap is not required. It bridges the gap between everyday comfort and high-level workplace safety standards. This shoe is constructed with a focus on ease of maintenance, featuring a washable upper that allows for frequent cleaning in high-intensity sectors like food production and catering.
Key Features
- Water-Resistant Microfibre Upper: This advanced material provides a robust barrier against liquid penetration, ensuring your feet remain dry and the shoe stays clean in damp environments.
- Self-Cleaning Outsole: The tread pattern is designed to shed debris and liquids as you walk, maintaining consistent grip and reducing the risk of tracking contaminants through a facility.
- Lightweight Construction: By removing heavy components like steel, this shoe offers exceptional comfort for staff who are on their feet for extended shifts, reducing fatigue.
- Mono PU Outsole: The single-density polyurethane sole provides excellent shock absorption and durability while remaining flexible enough for natural movement.
- Certified Safety Standards: Meeting EN ISO 20347:2022 O2 standards, this footwear is verified for its occupational performance, including fuel oil resistance and energy absorption in the heel.
Design & Performance
In terms of technical performance, the FW58 style is built for resilience. The water-resistant microfibre upper is not only durable but also specifically chosen for its ability to withstand regular washing without losing its structural integrity. This is essential for maintaining the high hygiene standards required in professional kitchens or laboratories.
The slip-on design is more than a convenience; it eliminates the crevices found in laced footwear where bacteria or food particles could accumulate. Underneath, the mono-density PU outsole provides a stable platform with SR slip resistance, offering confidence on various floor surfaces that may be prone to spills.
Why No Customisation?
We do not offer customisation, such as embroidery or heat transfers, on this specific item of footwear. This is to ensure the technical integrity of the water-resistant microfibre remains uncompromised. Piercing the material with a needle or applying high heat could damage the protective membrane and affect the shoe's compliance with safety certifications.
Use Cases
This footwear is highly recommended for professionals working in the catering and kitchen sectors, including chefs, bakers, and butchers. It is also an excellent choice for those in the hotel, bar, and restaurant industry who require a clean, professional appearance combined with practical safety features for front-of-house and back-of-house duties.
Why MyWorkwear
Since 1976, MyWorkwear has been a trusted partner for businesses across the UK. Operating from our specialized facility in Telford, we bring decades of expertise to every product we supply. We understand that in demanding trades, the reliability of your gear is just as important as the skill of your team, and we select our range to reflect those high standards.
Practical Advice
When selecting your size, consider the type of socks you intend to wear, as a secure fit is vital for the efficiency of the slip-on design. Because these shoes are designed for long shifts, ensuring there is no heel slippage will prevent blisters and ensure the energy-absorbing heel can function correctly.
Caring for your product
Maintaining the performance of your occupational footwear is essential for ensuring longevity and continued safety compliance. Because this shoe features a washable upper, it should be cleaned regularly to prevent the build-up of grease or chemicals that could degrade the microfibre over time.
Avoid using harsh bleach or industrial solvents during cleaning, as these can break down the bonding agents in the PU outsole and lead to premature wear. After washing, always allow the shoes to dry naturally away from direct heat sources like radiators, which can cause the microfibre to become brittle and lose its flexibility.
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