Enjoy a calm, comfortable experienceâno matter where your day off takes you. Made with soft yet supportive foam, the minimal design makes these slides easy to style with or without socks. And theyâve got a textured footbed to help keep your feet in place. To top it off, this special edition features an iridescent finish. Benefits:Contoured design is made from a single piece of foam for a smooth, seamless feel. Textured footbed provides grip to help keep your feet in place. Outer shell is made from water-friendly foam that is easy to clean. Rubber outsole gives you excellent traction even on slippery surfaces. Style: FV5940; Color: Glacier Blue/Glacier Blue; Size: 6; Gender: Female; Age Group: Adult | Nike Calm SE Women's Slides in Blue, Size: 6 | FV5940-400
NIKE Calm Slide Sandal In Glacier Blue/glacier Blue
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WOMENS NIKE CALM SLIDE SE
The Nike Calm Slide SE is the perfect go-to for day offs. Made from soft and supportive foam for a smooth feel, these slides feature a minimal, contoured design and for all day wear. The textured footbed keeps your feet well-gripped even in wet conditions, while the outer shell made from water-friendly foam enables easy cleaning. Whether you're strolling through the beaches or chilling poolside, the Nike Calm Slide SE lets you do it all in effortless style and casual comfort. Iridescent finish provides a sophisticated look. Rubber outsole offers excellent traction on multiple surfaces.
WOMENS NIKE CALM SLIDE SE
The Nike Calm Slide SE is the perfect go-to for day offs. Made from soft and supportive foam for a smooth feel, these slides feature a minimal, contoured design and for all day wear. The textured footbed keeps your feet well-gripped even in wet conditions, while the outer shell made from water-friendly foam enables easy cleaning. Whether you're strolling through the beaches or chilling poolside, the Nike Calm Slide SE lets you do it all in effortless style and casual comfort. Iridescent finish provides a sophisticated look. Rubber outsole offers excellent traction on multiple surfaces.
