Product Overview
The Composite Textile Trainer S1PS ESD SR FO is a modern solution for professionals who require the protection of a safety boot with the agility and comfort of an athletic trainer. Finished in a professional Black and Zoom Grey, this trainer is engineered for high-performance environments where static control and underfoot protection are non-negotiable. The seamless, knitted upper provides a sleek aesthetic while hiding a suite of technical safety features designed to keep the wearer safe throughout long shifts.
Key Features
Composite toecap: Offers essential protection against impact and compression hazards, providing a lighter alternative to steel without compromising on safety.
Puncture-resistant textile midsole: Prevents sharp objects from penetrating the sole, ensuring underfoot security while maintaining the shoe's flexibility.
Dual-density PU/PU outsole: Provides superior energy absorption in the heel and exceptional grip on various surfaces, reducing the risk of slips and falls.
Seamless knitted flyknit upper: Constructed from a single piece of textile to reduce points of friction, improving both comfort and the overall lifespan of the trainer.
ESD protection: Specifically designed to discharge static electricity safely, protecting sensitive electronic equipment and the wearer in specialised environments.
Design & Performance
The design of this trainer focuses on the intersection of breathability and durability. The flyknit polyester upper is exceptionally lightweight and allows for constant airflow, which is critical for moisture management during active work. Because the upper is seamless, it eliminates the risk of stitching failure in high-stress areas. The dual-density PU/PU outsole is not only slip-resistant but also fuel and oil-resistant, ensuring the trainer performs reliably on challenging floor types. Inside, a padded collar provides additional cushioning around the ankle, preventing irritation during repetitive movements.
Why No Customisation?
This item is sold without customisation to ensure the integrity of its safety certifications. Adding embroidery or heat-applied transfers to a safety trainer could potentially damage the flyknit textile or interfere with the ESD properties. To maintain the S1PS and ESD standards that protect you in the workplace, we provide this product in its original, tested form.
Use Cases
This footwear is particularly well-suited for those in the catering and hospitality sectors, including chefs, bakers, and butchers, where slip resistance is a daily requirement. Furthermore, its ESD rating makes it an excellent choice for technicians and assembly workers in the electronics industry or any environment where static discharge must be controlled.
Why MyWorkwear
Since 1976, MyWorkwear has been a trusted partner for UK businesses, providing high-quality workwear and PPE from our base in Telford. Our long-standing heritage in the industry means we only stock products that meet our exacting standards for durability and safety, backed by decades of technical expertise.
Practical Advice
When selecting your size, ensure there is a small amount of room at the front of the trainer so that the composite toecap does not rub against your toes during movement. We recommend wearing these with technical work socks that promote moisture-wicking to fully benefit from the breathable flyknit construction.
Caring for your product
Proper maintenance of your safety trainers is vital for ensuring they continue to meet safety standards and provide long-lasting comfort. Regularly removing dirt from the dual-density outsole is necessary to maintain its slip-resistant profile; debris trapped in the tread can significantly reduce grip.
For the flyknit upper, we suggest cleaning with a soft brush or a damp cloth and a mild detergent. It is important to avoid using strong chemical cleaners which can degrade the synthetic fibres. Always allow the trainers to dry naturally in a well-ventilated area. Placing them near direct heat sources like radiators can cause the materials to warp or the adhesives in the sole to weaken, potentially compromising the shoe's structure.
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