ZEPHYR GTX MID WORK
From
€200.00
Incl. VAT
plus
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The classic work boot as a safety boot
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Guaranteed weather protection: waterproof, windproof and breathable thanks to the GORE-TEX membrane
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Excellent fit for medium-width feet: our lasts are the secret to optimum comfort
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Robust and durable: The upper material made from high-quality leather is resistant and durable
Size
In stock (delivery time 2-5 workdays)
Product Details
Description
The ZEPHYR GTX MID WORK is the latest addition to the legendary mission shoe family. The shoe offers the perfect blend of lightweight comfort and ultimate safety. With its puncture-resistant midsole and composite toe cap, it is ideal for unclear terrain. In addition, the ESD-compliant construction prevents electrostatic discharge and thus protects people and valuable technology. The hard-wearing split leather and abrasion-resistant CORDURA® material form a robust surface, which is complemented by the LOWA MONOWRAP® frame for extra stability in the shoe. The whole thing is rounded off by a waterproof yet breathable GORE-TEX PROFESSIONAL membrane and a slip-resistant sole. The ZEPHYR GTX MID WORK is certified as a professional shoe in accordance with EN ISO 20345:2022 code number S3S WR FO CI HI HRO SR.
Technical data
| name | ZEPHYR GTX MID WORK |
|---|---|
| last width | standard |
| lining | GORE-TEX |
| shaft height inside | 110 mm |
| shaft height outside | 140 mm |
| linings | GORE-TEX |
| type of construction | injected |
| code | WR: Water Resistance, SR: Slip Resistance (Tested under SRA and SRB conditions), S7S: Base shoe; additionally: closed heel area, antistatic properties, energy absorption in the heel area, WPA, textile puncture protection (3.5 mm test spike), profiled outsole, and complete waterproofing of the entire shoe (WR)., S3S: Base shoe; additionally: closed heel area, antistatic, energy absorption in the heel area, water-resistant upper (WPA), textile puncture protection (3.5 mm test nail), and profiled outsole., HRO: Outsole Resistance to Hot Contact, HI: Heat Insulation of Sole Complex, FO: Outsole resistance to fuel and oil, CI: Cold Insulation of Sole Complex |