Size Medium Only - UK 5.5-8
Using Lorpen's unique T3 Triple Layer Technology, the Women's T3 Light Hiker Socks give you exceptional comfort, fit and moisture management. This advanced construction makes this sock durable, warm, soft and comfortable, mile after mile.
This T3 Light Hiking Sock features 3 separate layers of fibers that work together for comfort, warmth, and moisture management. A layer of TENCEL® provides a layer that is soft to the touch and comfortable against the skin. It is a fully biodegradable fiber that is made from trees from sustainable farms. The COOLMAX® layer works to move perspiration away from the body, and through the fabric, where it can evaporate quickly, allowing the wearer to feel cooler and more comfortable. Lastly, a layer of Nylon and Ea. LYCRA® adds durability and ensure these socks stay up in your hiking boots without slipping down to your toes.
T3 Fibre Technology
T3 Fibre technology is used for optimum comfort and breathability, and uses different fibres with different properties in zoned areas in the sock. This creates a technically advanced sock designed for a great fit and exceptional performance
Tencel® is a cellulose fibre made from Eucalyptus trees grown on certified sustainable farms. The very fine internal fibre structure of Tencel® offers exceptional moisture transport, storage and drying capabilities. It's extremely smooth surface feels very soft and pleasant to the skin. Tencel® is used as the middle layer of our Tri-Layer sock collections where aerobic activities require very effective moisture management capabilities.
Coolmax® - With Coolmax®, you feel fresher, more focused, ready to tackle the next challenge.Coolmax® is a high tech fabric specifically and uniquely engineered to keep users dry and comfortable. Coolmax® fabrics are made from specially engineered polyester fibres from ADVANSA with an increased surface area. This special four-channel or six-channel fibre forms a transport system that pulls moisture away from the skin to the outer layer of the fabric. It then dries that moisture faster than other fabrics to thermoregulate the body by evaporative cooling.