adidas Women's NMD R1 Slip On Shoes

Product details: - Fabric type: 50% Textile, 50% Synthetic - Care instructions: Machine Wash - Sole material: Rubber - Shaft height: 0-6 Inches

About this item: - Women's iconic shoes made in part with Parley Ocean Plastic - CAN'T STOP. WON'T STOP: The incredible energy return of adidas BOOST is created by fusing together energy capsules, giving you the power to keep your feet moving - SNUG UPPER: Knit textile upper hugs the foot - GRIPPY OUTSOLE: Rubber outsole for traction - PARLEY OCEAN PLASTIC: This shoe's upper is made with a high-performance yarn which contains at least 50% Parley Ocean Plastic — reimagined plastic waste, intercepted on remote islands, beaches, coastal communities and shorelines, preventing it from polluting our ocean. The other 50% of the yarn is recycled polyester.

Adidas Women's NMD R1 Slip On Shoes are not only iconic, but also environmentally conscious. These shoes are designed with a fabric composition of 50% Textile and 50% Synthetic, making them both durable and sustainable. They can be easily cared for by machine washing.

One of the most impressive features of these shoes is the incredible energy return provided by adidas BOOST technology. This innovative design fuses together energy capsules to give you the power to keep moving throughout the day. The knit textile upper of the shoes hugs the foot for a snug and comfortable fit, while the rubber outsole provides excellent traction for various activities.

What sets these shoes apart is their use of Parley Ocean Plastic in the upper material. At least 50% of the high-performance yarn used in the shoes contains this reimagined plastic waste, which has been intercepted from remote islands, beaches, coastal communities, and shorelines to prevent it from polluting the ocean. The remaining 50% of the yarn is made from recycled polyester, further contributing to the sustainability of these shoes.

In summary, the adidas Women's NMD R1 Slip On Shoes not only offer style and comfort, but also make a positive impact on the environment through their use of recycled and ocean-sourced materials.

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