Harlow vegan chelsea boots [black | corn leather]

The softest, most comfortable boot you will ever wear.

These luxurious, premium vegan designer boots have been ethically hand-made with Corn Leather. Indulge in the epitome of quality and sustainability with an exquisite pair of our Harlow vegan designer chelsea boots; imbued with a harmonious blend of sophistication and eco-consciousness, these boots redefine luxury while honoring the environment.

The supple corn leather, derived from renewable plant-based sources, exudes the same lavish texture and durability as traditional leather, ensuring a gorgeous feel without compromising on ethics. Our Harlow vegan chelsea boots are partially biodegradable and offer high resistance to abrasion, rubbing, tearing, tensile and provide excellent durability. 

This ethical, sustainable, next generation material fully replaces the use of animal leather and other synthetic materials that are harmful to the environment. 

- HAND-MADE in a 100% vegan facility
- BREATHABLE 
- EASY TO CLEAN & POLISH
- VEGAN | Plant-based

Elevate your fashion statement while making a profound, eco-friendly choice with this stylish, designer boot that reflects your commitment to both style and the planet.

Every detail of these boots reflects meticulous craftsmanship and thoughtful design. From the precisely stitched elastic side panels for effortless wear to the plush, cushioned insoles ensuring unparalleled comfort, every step embodies both elegance and sustainability.

Corn leather is soft, sleek, comfortable and breathable offering the perfect balance between sustainability and performance.  Corn leather uses both corn husks and vegetable oils from corn, which tend to be waste products; the non-edible parts of corn are used to produce leather, making this a creative way to salvage and re-use waste. Additionally, the corn used for making the base material is a non-food grade crop, so it doesn't divert food resources. 

Unlike synthetic materials derived from fossil fuels, corn leather is biodegradable. At the end of its life cycle, it can decompose naturally, minimizing its impact on landfills and the environment.

as seen in @Forbes!