Leverandør: Jalas

JALAS® 7178 ZENIT EVO

1.921,24 kr.975,05 kr.På tilbud
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Antal

Beskrivelse

The JALAS 7178 Zenit Evo is a versatile S3 SRC safety boot engineered for comprehensive workplace protection in both indoor and outdoor environments. This JALAS shoe features an aluminum toecap and plasma-treated composite nail protection to safeguard against toe injuries and outsole penetration hazards.

The Jalas Zenit Evo incorporates a knitted textile and PU-coated leather upper with water-repellent properties, while the BOA Fit System ensures secure, customizable fastening. The oil-resistant RPU outsole delivers exceptional slip resistance and includes the Ergothan Shock Absorption System for enhanced comfort during extended wear.

Additional protective features include ESD and anti-static properties, making the JALAS Zenit Evo suitable for clean, dry environments and all-year use. The boot comes with the JALAS 8303 FX3 Supreme insole and is certified to EN ISO 20345:2011 standards.

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

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

Specification

EN Compliance: S3, SRC

Type: Boots/Ankle boots

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, PU-coated leather

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.