Dr. Scholl's Women's Time Off Sneaker Pewter Metallic Pearls 10 M
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Specifications
- Origin: Imported
- Sole Material: Synthetic Rubber
- Outer Material: Fabric
- Inner Material: Fabric
The Dr. Scholl's Women's Time Off Sneaker in Pewter Metallic Pearls is a stylish choice for those who enjoy retro-inspired footwear while prioritizing comfort and sustainability. These sneakers are designed with an emphasis on both aesthetic appeal and practical features, making them suitable for various occasions, from casual outings to travel. With their unique combination of materials and thoughtful design elements, these shoes aim to provide not just a fashionable look but also a functional experience.
Features
- Sustainably Crafted: The fabric lining, footbed, and topcloth are partially made from recycled plastic bottles, contributing to eco-friendliness.
- Materials: Made from faux leather, canvas, or microfiber upper derived from partially recycled plastic bottles.
- Easy Clean: Pre-treated with Easy Clean Repellant to help maintain cleaner sides on the shoe’s sole.
- Feel-Good Flex: Features ultra-flexible outsoles that provide extra grip and cushioning for enhanced comfort.
- Sustainable Comfort: Incorporates anti-microbial, anti-odor insole technology with cushioning and arch support, using 15% algae-infused BLOOM® foam.
- Lightweight Movement: Designed for lightweight and flexible construction to move seamlessly with you.
- Classic Style: Sporting a retro-inspired toe cap and a sporty white sole, these sneakers are trendy yet versatile.
Pros
- Stylish retro design that stands out.
- Made from sustainable materials, supporting eco-friendly practices.
- Comfortable cushioning with good arch support.
- Lightweight and flexible, making them ideal for all-day wear.
- Pre-treated for easy cleaning, which helps maintain their appearance longer.
Cons
- Limited color options may not appeal to everyone.
- May run slightly small; trying them on is recommended before purchase.
- Lack of extensive user reviews might make it harder to gauge long-term durability.

















































