Safety shoes Sievi Roller +S3, size 42, Pori

Low-cut, stylish safety shoes. Composite toe and puncture-resistant midsole. The Sievi Roller safety shoes are equipped with the patented Boa® tightening system, which makes them easy to adjust: a simple turn of the dial sets the fit to your feet. The lacing is also quick and easy to release by lifting the dial.

Features:

• Oil resistance meets the requirements of EN ISO 20345:2011.

• The upper material is water‑repellent. Water penetration resistance meets the requirements of EN ISO 20345:2011. The Sievi DUAL Comfort insole helps your feet and back cope more comfortably during the day. The insole's shock‑absorbing pads are made of PORON® material.

• ESD footwear safely discharges static electricity from the body through the sole structure. The resistance limits of Sievi ESD footwear, 100 kΩ – 35 MΩ, are stricter than those of ordinary antistatic shoes (IEC 61340‑5‑1). ESD footwear helps prevent damage to sensitive electronic equipment.

• Antistatic construction discharges static electricity from the body in a controlled manner. Resistance limits are 100 kΩ – 1000 MΩ.

• Sievi's micro‑cellular FlexStep® sole material retains excellent shock absorption and flexibility even in cold conditions. The sole remains softer in severe cold and maintains grip on slippery surfaces. The FlexStep® cushioning sole reduces strain and shocks to feet and the spine, helping to prevent foot and back pain and improving work efficiency. The FlexStep® cushioning sole is used in all Sievi footwear.

• Heel shock absorption protects the feet and supporting structures from strain. Meets EN ISO 20345:2011 and EN ISO 20347:2012 requirements: the shoe's shock absorption is at least 20 J. In all Sievi shoes heel shock absorption is provided by the FlexStep® sole material. The shoe's two‑layer sole consists of polyurethane and elastic thermoplastic polyurethane. The sole is wear‑resistant and the mid layer is shock‑absorbing FlexStep® material. Heat resistance up to 120 °C.

• Sievi's 3D‑dry® lining transfers moisture away from the foot surface into a second lining layer and further through the shoe upper, keeping feet drier and increasing comfort.

• Puncture resistance meets the same EN ISO 20345:2011 requirements as steel puncture‑resistant midsoles.

• The toe cap protects toes from falling objects and crushing. Meets EN ISO 20345:2011 requirements: impact resistance 200 J and compression resistance 15 000 N. The composite toe cap is completely metal‑free. The toe cap also provides good thermal insulation against heat and cold.