CHARLI | Black Vegan Nappa - Ankle Boot
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Introducing CHARLI Black Nappa - the luxurious, sustainable ankle boot that seamlessly blends style and function. Crafted by skilled artisans in Veneto, Italy using the finest vegan materials, this impeccable boot exudes effortless elegance and sophisticated craftsmanship.
From its carbon-neutral design to its handcrafted details, CHARLI is the ultimate choice for day-to-day wear that leaves a lasting impression.
DETAILS:
- Heel measures approximately 25mm / 1 inch
- Color: Black Nappa-Effect
- Outer: 80% polyamide, 20% elastodiene
- Side zipper
- Sole: Eco Thunit-Rubber
- Made in Italy
FIT:
- Runs small, size up one half size
- Italian sizing, runs narrow.
CARE
To clean, gently wipe with a damp cloth, being careful not to rub too much. We do not advise the use of any cleaning products, such as soap, polishing, or treatments, which may cause damage to the uppers.
SUSTAINABILITY
Based on the “cradle to consumer” Life Cycle Assessment (LCA) conducted by SCS Global Services on our behalf, the Charli in Black Capretto-Effect has the following impacts on the environment, and we have, or are working to offset these impacts by 110%:
- Global Warming Potential (GWP): 19.8 kg CO2 eq / pair, which is the same as driving a typical passenger vehicle for 50 miles. We have more than offset this impact, by 110%,
- by investing in the Green Trees Reforestation project, working to plant trees in one million acres of the Mississippi Alluvial Valley, with over 6 million trees planted to date.
- Fresh Water Consumption (FW): 0.95 m3 / pair, which is the same as running a typical dishwasher 32 times. We have more than offset this impact, by 110%, by investing in Water Restoration Certificates
- Primary Energy Demand (PED): 328 MJ / pair, which is the same as operating a typical refrigerator for 12 days.
- For the impacts on Ozone Depletion Potential (ODP), Acidification Potential (AP), Eutrophication Potential (EP), Smog / Photochemical Oxidant Creation Potential (POCP) and Fossil Fuel Depletion (FFD)