Product Overview
The Be-Ready S1P ESD SRC low shoe from the Classic Plus range is a technical solution for professionals who require a balance of safety, comfort, and electronic discharge protection. Engineered to meet rigorous safety standards, this black and green safety shoe is built for long shifts in environments where precision and protection are equally critical. It is a substantial, sturdy shoe that does not compromise on agility.
Key Features
200 Joules Resistant Toe-Cap: Provides a high level of protection against impact and compression, ensuring your feet are shielded from falling objects or heavy equipment.
Puncture Resistant Sole: A critical safety layer that prevents sharp objects from penetrating the bottom of the shoe, maintaining underfoot integrity in hazardous workshops.
ESD Electronic Device Protection: Specifically designed for those working with sensitive electronic components, these shoes prevent the buildup of static electricity that could damage equipment.
Shock Absorption: The dedicated shock absorption region in the heel reduces the strain on your joints during long periods of standing or walking on hard industrial floors.
Hydrocarbon Resistance: The sole is designed to resist damage from oils and fuels, ensuring the grip and structure of the shoe remain intact even in messy environments.
Design & Performance
The performance of the Be-Ready shoe is rooted in its technical construction. It is entirely metal-detector friendly, being non-magnetic and free from nickel and ferrous materials. This makes it an excellent choice for high-security environments where frequent scanning is required. The fabric and sole composition are designed to provide a secure grip (SRC) while remaining breathable enough for indoor use. Furthermore, the inclusion of a footbed that complies with DGUV112-191 norms allows for orthopaedic modifications, ensuring that those with specific foot requirements do not have to sacrifice safety for comfort.
Why No Customisation?
We do not offer customisation on this product to ensure the safety integrity of the footwear remains uncompromised. Applying heat-seals or embroidery to the technical upper of a safety shoe can interfere with its protective properties, its hydrocarbon resistance, or its ESD certification. To maintain your safety and the manufacturer's warranty, these shoes are supplied as-is.
Use Cases
These shoes are ideally suited for personnel in electronics manufacturing, automotive assembly, and logistics where ESD protection is a requirement. They are also highly effective for airport staff or security personnel who need to pass through metal detectors without delay. With widths available for both men and women, they provide a professional uniform solution for entire teams.
Why MyWorkwear
Since 1976, MyWorkwear has been a cornerstone of the UK workwear industry. Operating from our expert facility in Telford, we have decades of experience in selecting only the most reliable PPE. We understand that your gear isn't just a uniform—it is a vital part of your daily safety and performance.
Practical Advice
When selecting your size, consider that these shoes are designed to accommodate an orthopaedic footbed. If you intend to use your own custom insoles, ensure they are compatible with the ESD requirements of your workplace to avoid breaking the grounding circuit. For those wearing standard socks, we recommend choosing your usual size for a secure, supportive fit.
Caring for your product
To maintain the high-performance standards of this footwear, regular cleaning is essential. Dirt and debris on the sole can diminish the slip resistance and interfere with the ESD properties. We recommend wiping the exterior with a damp cloth and a mild soap solution after use in dirty environments.
Avoid using harsh chemicals or bleach, as these can degrade the hydrocarbon-resistant properties of the sole and weaken the protective materials of the upper. If the shoes become wet, allow them to dry naturally in a well-ventilated area away from direct heat sources like radiators, which can cause the materials to become brittle and crack.
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