Izturīgi drošības apavi ar kompozītmateriāla purngalu un pret caurduršanu izturīgu tērauda starpzoli. Pateicoties 3D-dry® oderei un ventilācijas atverēm virspusē, apavi ir elpojoši un ērti valkājami. FlexEnergy® papēža komponents absorbē kinētisko enerģiju, no kuras vairāk nekā 55% tiek atdota valkātājam. BOA® Fit System šņorēšanas mehānisms piedāvā lielāku komfortu. Antistatiski un ESD apstiprināti.
EN ISO 20345:2022 S1P FO SR
Composite
Split leather, Microfiber, Textile
Saules veltnis XL S1P Izmērs 39.–48. gads Produkta kods 49-52525-323-25M Drošības klase EN ISO 20345:2022 S1P FO SR Purngals Kompozīts Caurduršanas izturīga starpzole Tērauds Zoles materiāls Viena blīvuma PU Augšējais materiāls Split āda, Mikrošķiedra, Tekstils BOA® mežģīņu garums 75 cm Izturīgi drošības apavi ar kompozītmateriāla purngalu un pret caurduršanu izturīgu tērauda starpzoli. Pateicoties 3D-dry® oderei un ventilācijas atverēm virspusē, apavi ir elpojoši un ērti valkājami. FlexEnergy® papēža komponents absorbē kinētisko enerģiju, no kuras vairāk nekā 55% tiek atdota valkātājam. BOA® Fit System šņorēšanas mehānisms piedāvā lielāku komfortu. Antistatiski un ESD apstiprināti. Kompozīts Purngals pasargā pirkstus no krītošiem priekšmetiem un saspiešanas. Atbilst standarta EN ISO 20345:2022 prasībām: triecienizturība ir 200 J un izturība pret saspiešanu 15 000 N. Kompozītmateriāla purngals ir pilnībā bez metāla un labi izolē pret karstumu un aukstumu. Tērauds Tērauda starpzole neļauj asiem priekšmetiem iekļūt zolē. Atbilst standarta EN ISO 20345:2022 prasībām: izturība pret naglu caurduršanu ir 1100 N. Resistance to oil and many chemicals The footwear sole resists oil and many chemicals. The oil resistance of Sievi footwear meets the requirements of the EN ISO 20345:2022 standard. Antistatic Antistatic footwear releases in a controlled manner static electricity accumulated in the body. The resistance limits are 100 kΩ – 1000 MΩ. Shock-absorbing heel Shock-absorption of the heel is a requirement of EN ISO 20345:2022 and EN ISO 20347:2022 standards: the shock absorption of the footwear must be at least 20 J. In all Sievi footwear the cushioning effect is guaranteed by the use of FlexStep® sole material, see FlexStep® for more information. Single Density PU The footwear sole is made of FlexStep® material. This single density microporous structured polyurethane sole offers very high slip-resistance and flexibility providing excellent shock absorption. Heat resistant up to 120°C. XL-last Sievi XL ranges. These extra wide styles offer more space and comfort for the wearer. For footwear with XL width fittings see “XL” in the product name. DUAL Comfort insole The insole consists of three layers: a soft surface material, a breathable interlayer and a lightweight, shock-absorbing EVA bottom layer. On the heel and under the ball of the foot there is a PORON® shock absorbing cushion, which absorbs external shocks and reduces strain. ESD Through its sole construction, ESD footwear provides a safe and controlled method of discharging the body’s static electricity. The resistance limits 100 kΩ – 35 MΩ for the Sievi ESD footwear are stricter than for antistatic footwear (IEC 61340-5-1). Wearing ESD footwear can help you avoid damage to sensitive electronic equipment. BOA® Fit System The BOA® Fit System delivers micro-adjustable precision fit, engineered to perform in the toughest conditions. BOA® Fit System consists of three integral parts: a micro-adjustable dial, a super-strong lightweight lace and low friction lace guides. 3D-dry® The 3D-dry® lining, developed by Sievi, transfers moisture away from the foot to the second layer of the lining material and further through the upper and away from the footwear. FlexStep® The microporous FlexStep® sole material developed by Sievi maintains its excellent shock absorption and flexibility in freezing conditions. The structure of the FlexStep®flexible sole prevents strain on the feet and spine and absorbs shocks. The FlexStep® flexible sole is featured on all Sievi footwear. FlexEnergy The flexible FlexEnergy® component is integrated in the entire heel part of the shoe and provides maximum shock absorption of kinetic energy, with more than 55 % of the energy returned to you. The component is made of BASF’s TPU Infinergy® material, the world’s first expanded thermoplastic polyurethane.
