Maximum T3 performance now combined with SLS technology and adapted to the characteristics of the male foot. As a result, we obtain a very hard-wearing sock, with cushioning in the sole that keeps your foot free of blisters during your days of trail running. The T3 Men’s Trail Running Padded ECO sock features separate layers of fibers that work together for comfort, support, and moisture management. Now with the main fibers made from recycled resources:
Firstly, RED-CYCLED NYLON adds durability and ensure these socks stay up in your shoes without slipping down to your toes. This yarn is made with 100% recycled nylon; Econyl, made out of recycled fishing nets. This continuous fibre is characterized by its strenght and ability to provide cushioning. It withstands wear and tear better than any other fibre on the market.
Secondly, COOLMAX® EcoMade is a Lycra polyester fibre that, due to its ribbed internal structure, very efficiently wicks sweat away from the skin to the outside of the sock. Now the fibre is made from 97% recycled resources, such as plastic bottles.
Lastly, TENCEL® is a cellulose Lenzing fiber which comes from Eucalyptus plants on certified sustainable plantations. Tencel®’s nano-structure provides exceptional wicking, accumulation, expansion and drying of moisture. 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.
This combination of fibres make the T3 Men’s Trail Running Padded ECO sock perfect for running in any season of the year. Your feet will stay dry and comfortable all day, regardless of weather and time.
FEATURES
- Sustainable sock made with recycled fibers.
- Trail running sock with T3 and SLS technologies.
- Ideal for any season of the year.
- Light cushioning on the whole sole that avoids the irritation while you run.
- RED-CYCLED NYLON ads durability and cushioning.
- COOLMAX EcoMade fibers wick moisture away from the foot.
- TENCEL fibers provide a soft comfortable layer against the skin.