Sealskinz Blofield Anti-Blister Mid Length Running Socks - Black - S

The socks feature a double-layer construction. The inner layer stays with your foot, while the outer layer moves with your shoe. This sliding action between the two layers prevents friction from building up directly on your skin, which is the primary cause of blisters.

Yes, while designed for running, the anti-blister and cushioning features also make them beneficial for walking and hiking, especially on longer or more challenging terrains where foot comfort is crucial.

The inner layer is made from premium Tactel, which provides a soft, second-skin feel against your foot.

Refer to the sizing guide provided by Sealskinz, usually based on shoe size. It is crucial to get the right fit for the anti-blister technology to function effectively. The socks should fit snugly but comfortably.

While possible, wearing compression sleeves over or under these socks might interfere with the intended anti-blister mechanism. It's best to wear them on their own or consult the manufacturer for specific recommendations.

The socks are constructed with durable nylon and designed for the rigors of running. Following the recommended care instructions will help maintain their integrity and performance over time.

These specific socks are not waterproof. They are designed for breathability and moisture-wicking to keep feet dry from sweat, not from external water sources.

Ensure you have selected the correct size. An ill-fitting sock, too loose or too tight, can impede the double-layer system. Also, check if your shoes are a suitable fit and not causing undue pressure points themselves.

While designed for breathability, individual foot temperature can vary. Ensure your shoes offer adequate ventilation. For extremely hot conditions, consider lighter-weight socks if available or ensure the socks are not overly saturated with sweat.

Follow the care instructions carefully. Avoid high heat in the washing machine and dryer. Air drying is often recommended to preserve the elasticity and structure of the fabric.