Description
Barron SF007 Unisex Occupational Slip-On Shoe
The Barron SF007 Unisex Occupational Shoe is a lightweight occupational slip-on shoe designed for workplaces where comfort, hygiene, and slip resistance are important. Featuring a water-resistant microfiber upper, elasticated side panels for easy fitting, a single-density PU sole, anti-bacterial insole, and anti-static properties, this CE ISO 20347:2011 approved occupational shoe is suitable for chefs, hospital personnel, and other frontline professionals who spend long hours on their feet.
Key Features
- ✅ CE ISO 20347:2011 approved occupational footwear
- ✅ Lightweight occupational shoe design
- ✅ Water-resistant microfiber upper
- ✅ Single-density PU sole
- ✅ Anti-slip sole construction
- ✅ Oil-resistant outsole
- ✅ Anti-static properties
- ✅ Anti-bacterial insole
- ✅ Elasticated side panels for easy slip-on wear
- ✅ Unisex design suitable for men and women
- ✅ Higher heel design for additional support
Benefits
- 👟 Helps reduce fatigue during long work shifts
- 🧼 Supports workplace hygiene through the anti-bacterial insole
- 💧 Water-resistant upper assists in keeping feet drier during daily duties
- 🛢️ Oil-resistant sole helps improve durability in demanding environments
- ⚡ Anti-static properties assist in occupational safety compliance
- 🚶 Anti-slip sole helps improve footing on workplace surfaces
- ⏱️ Slip-on construction allows quick and convenient wear
- 🏥 Suitable for healthcare, hospitality, and frontline work environments
Specifications
| Brand | Barron |
| Model | SF007 |
| Product Type | Occupational Slip-On Shoe |
| Gender | Unisex |
| Colour | Black |
| Upper Material | Microfiber |
| Sole Material | Single-Density PU |
| Closure Type | Slip-On with Elasticated Side Panels |
| Water Resistant | Yes |
| Anti-Static | Yes |
| Anti-Slip | Yes |
| Oil Resistant | Yes |
| Insole | Anti-Bacterial |
| Certification | CE ISO 20347:2011 |
| Available Sizes | UK 8-13 |
| Intended Users | Chefs, Hospital Staff, Frontline Staff |
How to Use
- Select the correct shoe size for a secure and comfortable fit.
- Slip the shoe on using the elasticated side panels.
- Ensure the heel is properly seated before use.
- Inspect the sole regularly for wear and contamination.
- Clean the upper with a damp cloth and allow to air dry.
⚠️ This footwear is certified as occupational footwear under CE ISO 20347:2011 and is intended for occupational use rather than protective toe-cap applications.
Customer Reviews
⭐⭐⭐⭐⭐ “Comfortable throughout my entire hospital shift and very easy to clean.” — Amanda S.
⭐⭐⭐⭐⭐ “Excellent grip in the kitchen and the slip-on design saves time.” — Jason S.
⭐⭐⭐⭐⭐ “Lightweight and supportive for daily frontline work.” — Lerato S.
FAQs
Is the SF007 a safety shoe with a protective toe cap? No. The SF007 is certified as occupational footwear under CE ISO 20347:2011.
Is the shoe water resistant? Yes, the microfiber upper is specified as water resistant.
Does the sole resist oil? Yes, the outsole is specified as oil resistant.
Can men and women wear this shoe? Yes, the SF007 is a unisex occupational shoe.
Where is this shoe commonly used? It is recommended for chefs, hospital personnel, and frontline staff.
Does the shoe help reduce slipping risks? Yes, it features anti-slip properties designed for occupational environments.
Does the shoe contain anti-static properties? Yes, anti-static performance is a specified feature.
How should the shoe be maintained? Clean with a damp cloth, keep the sole free from contaminants, and allow the footwear to dry naturally.
Industries & Applications
- 🏥 Healthcare Facilities
- 🍽️ Hospitality
- 👨🍳 Commercial Kitchens
- 🧹 Cleaning Services
- 🧪 Laboratories
- 🏪 Retail Operations
- 💊 Pharmaceutical Facilities
- 🚑 Frontline Service Roles
Compliance & Certifications
- ✅ CE ISO 20347:2011 Occupational Footwear
- ✅ CE Marked
Choose the Barron SF007 Occupational Slip-On Shoe for reliable day-to-day workplace comfort, practical slip-on convenience, occupational compliance, and features specifically designed for demanding professional environments.
