1000 Mile Charcoal Ladies Ultimate Lightweight Double Layer Walking Socks
The 1000 Mile Ultimate Lightweight Walking sock is a sock within a sock.
This double layer walking sock has a 100% Tactel inner layer. This inner layer stays with the foot, wicking away moisture, whilst the soft wool-mix outer layer moves with the shoe. The lack of friction between the layers helps to prevent blisters and reduces wear.
With the unique combination of merino wool outer layer and the Tactel inner layer helps to maintain a comfortable temperature for the foot.
HeelPower grips the heel keeping the sock firmly in place and helping to reduce irritation on the skin caused by the sock slipping on the foot.
Mid -calf length, ideal for 3 season walking in all boots.
What is Tactel…?
Soft, light and surprisingly strong. A dynamic, speciality fibre, Tactel garments are soft, supple, smooth, breathable and lightweight. According to testing Tactel fibre is at least twice as soft and 20% lighter than most other fibres. It also dries 8 times faster than cotton. With its soft feel, moisture wicking and quick drying properties this yarn is the perfect yarn to line our socks helping to keep the feet cool and dry during activity.
This product contains Merino Wool. Merino wool is one of softest types of wool available and is perfect for regulating body temperature. The wool provides warmth without overheating the wearer and its moisture wicking properties combined with being slightly moisture repellent allow the wearer to remain dry.
- Arch bracing for additional support
- Tactel inner layer wicks away perspiration to keep the feet cool and dry
Outer Layer – 63% Merino Wool, 34% Nylon & 3% Lycra
Inner Layer – 100% Tactel
1000 MILE CHARCOAL LADIES ULTIMATE LIGHTWEIGHT DOUBLE LAYER WALKING SOCKS
1000 Mile socks are so named because many of their styles guarantee no blisters or wear-out within 1000 miles of use! All 1000 Mile socks are a sock within a sock - the inner layer of a 1000 Mile sock stays with the foot, and the outer layer moves with the shoe, thus eliminating friction on the skin and reducing wear.