Product information "SI safety boots S3 Treaker ESD KH S3 gray"
Safety boot S 3, soft lace-up boot made from suede leather
Boost your work performance with the S3 Treaker ESD KH safety boot work shoe in stylish gray from Schütze Schuhe.
This high-quality Schütze Schuhe boot meets all the requirements of safety class S3 and offers additional protection thanks to its ESD function, which protects against electrostatic discharge.
Equipped with water-repellent materials, a puncture-resistant sole and robust protective toe caps, the Treaker ESD KH offers safety with every step.
The combination of durability, breathable materials and ergonomic fit ensures optimum comfort. Ideal for everyday use in industry and trade.
Rely on Schütze shoes to combine safety and style at work!
Optimum SAFETY, soft suede leather, optimum comfort thanks to new orthopaedic leather lining and a heat-resistant sole up to approx. 120° C, the footbed is breathable and moisture-regulating. Excellent wearing properties thanks to the best sole flexibility, optimum weight thanks to the lightweight PUR sole core.
Original Schütze shoes - brand quality in safety boots. Size 39-48.
UPPER MATERIAL Schütze shoes - soft suede leather with textile inserts, thickness 1.9 - 2.1 mm
LINING LEATHER Protective shoes - natural perforated orthopaedic leather lining, thickness 1.1 - 1.4 mm, textile insert
TOE PROTECTION CAP Protective shoes - high & wide FreeToes toe cap made of steel, with flexible transition lip
BRANDSOLE Protective shoes - puncture-resistant, metal-free fabric
FOOTBED Schütze shoes - replaceable footbed insole with ball heel and pronounced flat foot support, anatomically shaped, moisture-regulating, breathable, antibacterial & washable
SOLE SOFT-STEP-LIGHT protective shoes - two-layer sole (TPU/PUR), outsole made of compact TPU - midsole made of shock-absorbing foamed PUR, antistatic, oil & petrol resistant, heat-resistant up to approx. 120°C, cold-insulated in accordance with EN ISO 20347:2012 (CI), high slip resistance (SRC), optimum heel cushioning and rolling properties