Thermoball Progressive Zip II WP W Anthracite Grey
Warm and waterproof boots - Women -
Advice : Use the foot sizer from SIDAS to help you find the right size
60 days to change your mind
No subject to promotional offersThe Thermoball Progressive Zip II Wp Anthracite Grey from The North Face are women’s winter boots.
Warm, waterproof and equipped with a rubber sole, these shoes have all the qualities of outdoor footwear, yet you will feel like you’re wearing slippers thanks to their comfortable Ortholite® insoles.
The Thermoball™ insulation, an alternative to animal down, provides lightness and warmth thanks to its synthetic down with insulating and breathable properties, while the breathable DryVent™️ membrane ensures optimal waterproofing to keep your feet dry.
Ultra-comfortable, they will be perfect for this winter!
- Synthetic mudguard to protect you from the elements
- Lightweight insulation to retain heat
- Plush fleece lining at the ankle
Composition :
- Upper: 100% recycled polyester, DWR water-repellent treatment without PFC
- Rubber outsole for enhanced grip
- Comfortable OrthoLite®️ midsole, 5% recycled and 8% bio plant oil
| THERMOBALL™ ECO | The North Face™, in partnership with Primaloft®, offers a new synthetic alternative to down. Thermoball™ is a true revolution in insulation technologies. Unlike the continuous filament of traditional synthetic insulations, the fine, round synthetic fibres of PrimaLoft® mimic down fibres and trap heat in small air pockets. ThermoBall™ technology combines the benefits of down in terms of lightness, warmth, loft, and compressibility with the insulating properties of synthetic fabrics, even in damp conditions. |
| ORTHOLITE® | These are insoles made of open-cell polyurethane. Simply put, it is a foam membrane! This honeycomb sole wears out less quickly than traditional soles, drains moisture more easily, and absorbs impacts better. Running shoes equipped with this technology help keep feet warm and dry, protecting against bacteria and fungi, while improving performance through shock absorption and minimal wear over time. |
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