Vegan sneakers? You bet! Most people know that the fashion industry is notorious for contributing to global waste, heavy water consumption and high electrical usage. The shoe industry is no exception with the traditional petroleum-based synthetic soles and a reliance on harsh chemicals. One company, nat-2, has taken a stand against this rampant pollution with its new coffee sneakers, made from — you guessed it — recycled coffee. The unisex design incorporates natural materials from the top to the bottom, and there are two different styles to choose from, a high-top and a low-top.
The leather-looking portion of the shoe comes from PET recycled water bottles, helping to remove post-consumer plastic waste from the landfills. Plus, by replacing leather, nat-2 refuses to subscribe to the environmental problems associated with raising beef and toxic tannery byproducts that pollute the planet. The rich chocolate-colored covering comes from up to 50 percent recycled coffee that provides the suede-like texture. The company reports that the shoes do exude a subtle coffee scent.
The outsole of the shoe features real rubber, rather than the non-sustainable synthetic rubber that many companies use. To avoid harsh chemicals that not only put workers in danger but also leach into the soil after hitting the landfill, the company uses a water-based glue that is free from animal ingredients. In addition, the insole is made from naturally antibacterial cork, and the upper portion features nat-2’s signature reflective glass for added style.
Handmade in Italy in a family-owned, high-tech facility, the sneakers are made in a production process that cuts out much of the carbon dioxide pollution from traditional coal-burning facilities that mass produce the estimated 20 billion shoes flooding the market annually.
nat-2 founder Sebastian Thies developed the shoe following the release of another eco-friendly shoe, the fungi sneaker, which is made from tree fungus. The first run of the coffee sneakers is sold out, but more shoes are in production.
Images via nat-2