Leverandør: Jalas

JALAS® 7168 ZENIT EVO

1.786,62 kr.1.051,63 kr.På tilbud
Size
Antal

Beskrivelse

The JALAS 7168 Zenit Evo is a versatile S3 SRC safety shoe designed for both indoor and outdoor work environments. This Jalas shoe features composite toe protection and nail penetration resistance to safeguard against workplace hazards. The knitted textile and microfiber upper provides water repellent properties while maintaining breathability.

The Jalas Zenit Evo incorporates an oil-resistant RPU outsole with anti-slip technology and ESD capabilities. An aluminum toecap offers lightweight protection, while the Ergothan Shock Absorption System enhances comfort during extended wear. The BOA Fit System ensures secure, customizable fastening.

This Zenit Evo model meets EN ISO 20345:2011 standards and includes anti-static properties. Available in EU sizes 35 through 48 with regular fitting, the shoe comes equipped with the JALAS 8303 FX3 Supreme insole for superior support in clean and dry work environments.

Prevents risk of: Toe injuries, nail penetration, antistatic, slipping

PRIMARY ENVIRONMENTS OF USE: Outdoors, indoors, environments with risk for outsole penetration, dry environments, clean environments

Specification

EN Compliance: S3, SRC

Type: Low shoes

Category: Cat. II

Sub type: Safety footwear

Nail protection material: Plasma-treated composite (PTC) textile

Fitting: Regular

Sizes (EU): 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48

Collection: Zenit Evo

Outsole material: RPU outsole

Upper material: Knitted textile, Microfiber

Insole: JALAS 8303 FX3 Supreme

Fastening: BOA ® Fit System

Certifications

EN ISO 20345:2011

S3, SRC

Features

Water repellent

Oil-resistant outsole

ESD

Ergothan Shock Absorption System

Anti-static properties

Aluminium toecap

Nail protection in plasma-treated composite (PTC) textile

FEATURED BRANDS

BOA ® 

The BOA ® Fit System delivers micro adjustable precision fit, engineered to perform in the toughest conditions.

PORON ® XRD ® 

Unrivaled shock absorption.