Portwest Base B0168D ZOE Women's Low Safety Shoes S1PL (Black/Fuchsia)
Designed to remove the possibility of sustaining injuries in the workplace, the Portwest Base B0618D ZOE Women's Low Safety Shoes S1PL (Black/Fuchsia) are the perfect safeguarding solution for high risk industrial practices. With water-, static- and impact-resistance, users can remain shielded from a wide range of risks, whilst their cushioning and padded areas ensure these shoes can be worn comfortably over extended periods.
What's Included?
About the Portwest Base Footwear Range
Protective footwear that's comfortable to wear all day is so important on a work site, no matter what industry you work in. Committed to providing comfort and protection in hazardous environments, Base Footwear have crafted all their products using a highly protective shell mould that protects against punctures from glass, nails, loose debris and other sharp materials.
Sizing Information
The Base Women's Safety Shoes are available in seven sizes. To find out the size for you, please consult the UK-EU conversion table below. Then, you can use the drop-down menu at the top of the page to select the right size for you.
UK Shoe Size | EU Shoe Size |
Size 4 | Size 36 |
Size 4.5 | Size 37 |
Size 5 | Size 38 |
Size 6 | Size 39 |
Size 6.5 | Size 40 |
Size 7 | Size 41 |
Size 8 | Size 42 |
What Does This EN Standard Mean?
EN ISO 20345:2022 S1PL refers to a specific footwear safety standard that guarantees you the following:
- Protective toe caps that can withstand 200 joules of impact
- Fully enclosed heel with energy absorption (tested at 20 joules)
- Puncture-resistant outsoles (non-metal insert, 4.5mm nail test)
- Slip resistance on ceramic tile floors for good grip on hazardous terrain
- Anti-static, non conductive properties for safety around electrical appliances
Click here to read our guide to different safety footwear EN standards.
Key Features and Benefits
- Impermeable suede leather outer layer for protection in wet environments
- Shock absorbing heel region with padded collar cushions during sudden impact
- Durable aluminium toe cap to mitigate injuries caused by fallen objects (200 joules)
- SmellStop antibacterial fabric lining prevents development of bacteria and bad odours
- Gusseted tongue stops dust, debris and unwanted particles from entering shoes
- Puncture and slip resistant soles maximise your safety in hazardous environments
- Made-to-measure orthopaedic footbed to increase comfort and prevent/manage injuries
- AirTech anti-fatigue soles for comfort and usability over longer periods
- Certified under EN ISO 20345:2022 S1PL for guaranteed safety
- Ideal for high risk applications such as construction or engineering
Uses of the B0168D Safety Shoes
Packed with features to enhance your safety, these versatile safety shoes are appropriate for a number of industrial tasks. Suitable applications include:
- Construction
- Electrical engineering
- Automotive
- Mechanics
- Warehousing
- Assembly and manual labour
- Demolition
- Food handling
- Manufacturing
- Agriculture
Enhance Your Productivity and Comfort
For a better performance overall at work, a comfortable pair of safety shoes are vital. The ZOE Safety Shoes include a number of features that expand their usability, including:
- AirTech Soles: Add a cushioning effect on the bottom of your feet to reduce fatigue
- Gusseted Tongue: Prevents dust, debris and small objects from entering your shoes and causing discomfort
- SmellStop Fabric Lining: Has a permanent antibacterial treatment to prevent the build up of bacteria and bad odours
- Padded Collar: Prevents rubbing and inflammation in the heel area for maximum comfort
What Do the Portwest Base Women's Shoes Shield Me From?
Their versatile design means users remain shielded from a number of risks, including:
- Poor weather conditions
- Chemical spills/splashes
- Impact from fallen objects
- Electrical charges
- Dust and debris
- Slips and falls
- Foot fatigue
Materials
- Upper: Suede
- Lining: SmellStop Antibacterial
- Midsole: AirTech Single Density
- Sole: AirTech Single Density
Documentation