
Burton Emblem Midweight ski/snow socks are designed to provide optimal comfort during your days on the slopes. Thanks to a carefully selected blend of 43% polyester, 27% polyamide, and 23% viscose, they guarantee quick drying and excellent odor resistance.
These midweight women's socks feature anti-chafing toe seams to prevent discomfort and a stretchy design that keeps them securely in place. They also feature medium-density padding throughout the sock for support and comfort all day long.
Reinforced polypropylene odor-resistant soles and reinforced toes and heels increase the durability of these socks, allowing for heavy use throughout the season. Their low-cut top with piping ensures a perfect fit, completing a thoughtful design that is suitable for sports.
To top it all off, these socks come with a lifetime warranty, a testament to their quality and Burton's confidence in its products. An ideal choice for those looking for performance and comfort in their ski accessories.
- The socks are made from 43% polyester, 27% polyamide, 23% viscose, 4% polypropylene, and 3% elastane, ensuring an optimal combination of comfort, elasticity, and durability.
- The anti-friction seam on the toes is designed to prevent irritation, ensuring maximum comfort during use.
- Quick-dry technology helps keep feet dry in all conditions, increasing overall comfort.
- The reinforced polypropylene sole helps eliminate odors while enhancing durability, which is essential for extended wear.
- Medium-density padding throughout the sock provides extra cushioning, offering increased comfort for sustained activities.
- Elastic arch and leg support provide a snug fit and stability, helping to keep the socks in place.
- Reinforced toes and heels contribute to the longevity of the product, providing extra support where it is most needed.
- The low-cut top improves fit and support, ensuring that the socks stay in place without slipping.
- The socks come with a lifetime warranty, which is a testament to their quality and the manufacturer's confidence in their durability.