Product Overview
The Portwest Compositelite ESD Perforated Safety Clog is a specialised piece of footwear designed for professionals who spend long hours on their feet in controlled environments. Combining the ease of a clog with the rigorous safety standards required in technical and culinary fields, this shoe offers a lightweight alternative to traditional safety footwear without compromising on protection. Its ESD compliance makes it particularly suitable for electronic assembly or laboratories where static discharge must be strictly managed to protect sensitive components.
Key Features
Perforated upper design: The precision-cut perforations facilitate superior airflow around the foot, reducing heat build-up and ensuring comfort during extended shifts in warm environments.
100% Non-metallic construction: By utilising composite materials rather than steel, this clog remains remarkably light and is entirely suitable for work in environments with metal detectors, such as high-security facilities.
ESD Compliance (EN 61340-5-1): This certification ensures the footwear safely drains static electricity, protecting sensitive electronic equipment from potential damage.
Water-resistant microfibre upper: The high-quality microfibre provides a protective barrier against spills and splashes, which is essential for maintaining hygiene in clinical or catering settings.
Design & Performance
Constructed with a water-resistant microfibre upper, this safety clog is engineered for durability and ease of maintenance. The PU/PU outsole is designed to provide stable footing and energy absorption in the heel (SB AE rating), which significantly reduces the impact on joints when walking on hard industrial floors. The inclusion of a plastic stud fastener allows for a secure fit that is easy to adjust, even when wearing gloves. Despite its sturdy safety features, the shoe remains a lightweight option, which is critical for preventing the leg fatigue often associated with heavier safety boots.
Why No Customisation?
We do not offer customisation, such as embroidery or printing, on this safety clog. Altering the structural integrity of safety footwear can compromise its protective ratings and potentially void its safety certifications. Furthermore, the microfibre material and perforated design are specifically engineered for functional performance rather than as a substrate for branding.
Use Cases
This footwear is specifically tailored for those working in the catering, hospitality, and healthcare sectors. It is also an excellent choice for bakers and butchers who require easy-to-clean, breathable footwear. Additionally, its ESD properties make it an appropriate choice for staff working in electronic manufacturing plants or research laboratories where static control is a priority.
Why MyWorkwear
MyWorkwear has been a cornerstone of the UK workwear industry since 1976. Operating from our technical hub in Telford, we bring decades of expertise to every product we select for our range. We understand the daily demands placed on professionals, and we only partner with brands like Portwest that meet our exacting standards for quality, safety, and reliability.
Practical Advice
When selecting your size, consider the type of socks you will be wearing. For the ESD properties to function effectively, we recommend using ESD-compatible socks, as standard thick thermal hosiery can sometimes interfere with the dissipation of static electricity. If you are between sizes, the spacious fit of a clog usually allows for your standard size to remain comfortable throughout a long shift.
Caring for your product
To maintain the performance and appearance of your safety clogs, we recommend a consistent cleaning routine. Start by wiping the microfibre upper with a damp cloth and mild detergent to remove any surface grime or spills. Failure to remove organic matter, particularly in kitchen environments, can lead to the premature degradation of the microfibre material.
Always allow the shoes to air dry naturally at room temperature. You should avoid placing them directly on radiators or near high heat sources, as excessive heat can cause the microfibre to become brittle and the PU sole to lose its flexibility. Regularly checking the outsole for trapped debris will also ensure you maintain maximum grip on varied surfaces.
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