DALSTON VIBE CHELSEA BOOT FOR WOMEN IN BLACK

  • Έκπτωση
  • €152,20
  • Κανονική τιμή €179,00
Ο φόρος συμπεριλαμβάνεται. Τα έξοδα αποστολής υπολογίζονται κατά την ολοκλήρωση της παραγγελίας.


PRODUCT DETAIL

Style Number: TB0A25B1015

This women's Chelsea boot is made with premium Better Leather source from a sustainable tannery rated silver for its environmental processes. The durable lining is made with ReBOTL™ fabric, which contains at least 50% recycled plastic. This boot is versatile and comfortable for all occasions, with its stretchy side gore panels making it easy to pull on/off and an OrthoLite® footbed adding extra cushioning.

  • Upper in premium full-grain Better Leather from a sustainable tannery rated silver for its water, energy, and waste management practices
  • Durable ReBOTL™ fabric lining made with at least 50% recycled plastic
  • Pull-on style with dual stretch gore and heel loop
  • Lightweight and breathable OrthoLite® footbed for cushioning
  • Leather-wrapped heel
  • Rubber outsole for grip
  • Heel height: 2.25"/5.5cm

CARE INSTRUCTIONS:

Cleaner
Boot Sauce™ Cleaner

Rubber Sole Brush

Max® Shoe Shine

FEATURES

CERTIFIED TANNERY

One or more major components use at least 50% leather tanned in a facility rated Silver or higher by a third–party environmental audit. The Leather Working Group judges and classifies tanneries based on energy use, waste production and water treatment.

ORTHOLITE INSOLES

Ortholite® comfort foam insoles provide moisture transport, antimicrobial function and long–term cushioning. The ultra–breathable material wont break down or lose cushioning over time, keeping your footwear comfortable and supportive.

REBOTL FABRIC

We created this environmentally-friendly material by collecting non-biodegradable PET plastic bottles, recycling them, and turning them into RPET yarns (Recycled Polyethylene Terephthalate). This material allows us to design products made with 50% recycled PET, with the aim of almost completely reducing the environmental impact of various production processes.