Portwest Base B0983A DIONE TOP Mid Safety Shoes S3L (Black/Red)
Finding a pair of safety shoes that offer excellent levels of protection whilst allowing for total ease of movement can be tricky. Accomplishing both of these effortlessly, the Portwest Base B0983A DIONE TOP Mid Safety Shoes S3L (Black/Red) are an ideal safety footwear option for dangerous and demanding applications.
With toe caps weighing 35% less than the market standard, and static, water and slip resistant properties, users can remain injury-free whilst completing high risk tasks. Their antibacterial, breathable fabric lining ensures your feet remain fresh and odourless no matter how strenuous the activity.
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 DIONE TOP Mid Shoes are available in a wide range of sizes. To find out the size for you, please consult the UK-EU size 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 |
Size 9 | Size 43 |
Size 10 | Size 44 |
Size 11 | Size 45 |
Size 11.5 | Size 46 |
Size 12 | Size 47 |
Size 13 | Size 48 |
What Can the Base B0982A Shoes Do for Me?
These Portwest Mid Shoes are comprised of a wide range of features that are highly beneficial for high risk industrial practices. Key features and benefits include:
- Made with water-resistant Nabutek suede leather for use outdoors/wet applications
- Toe caps are 35% lighter than the market standard for ease of movement
- Padded collar to avoid inflammation of the heel and maximum comfort
- Puncture-resistant midsoles and slip-resistant outsoles for safety in hazardous environments
- Anti-static, metal free construction for safety around electrical appliances
- Gusseted tongue to shield your feet from dust and debris
- SmellStop antibacterial fabric lining that offers excellent breathability
- Flexible and light anti-fatigue soles for use over long periods of time
- Certified under EN ISO 20345:2022 S3L as safe for use in high risk environments
How Trustworthy Are the Base B0983A Shoes?
For reliability, these safety shoes have been tested in accordance with the footwear EN standard EN ISO 20345:2022 S3L. This standard 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)
- Water absorbing material for protection in poor weather conditions
- Puncture-resistant outsoles (non-metal insert, 4.5mm nail test)
- Cleated outsoles that provide excellent grip and stability
- Slip resistance on ceramic tile floors for good grip on hazardous terrain
- Anti-static, non conductive properties for safety around electrical appliances
Keeping Your Feet Fresh
Performing demanding and strenuous tasks can inevitably lead to sweaty feet. To ensure your feet and shoes remain fresh, the Portwest DIONE TOP Shoes are manufactured with an antibacterial treated hi-tech fabric lining that prevents the development of bacteria and unpleasant odours.
Offer Multiple Forms of Protection
Due to their robust and versatile design, users are guaranteed protection from the following risks:
- Impact from fallen objects
- Electrical charges
- Dust and debris
- Slips and falls
- Chemical spills/splashes
- Poor weather conditions
- Foot fatigue
Materials
- Upper: Synthetic Fabric, Nabutek Suede Leather
- Insole: Wear Resistant Textile
- Lining: SmellStop Antibacterial
- Midsole: AirTech Single Density
- Toe Cap: SlimCap
- Sole: AirTech Single Density
Documentation