The Run Limited 2024.2 Socks Tall women
- The Airflow channels in the foot pad zone ensure ideal moisture management - they also help to regulate the foot climate perfectly.
- The muscles are optimally supplied with nutrients – a feel-good effect for light legs is created.
- The combination of comfortable materials and compression fit minimizes the risk of blisters.
MINIMIZED BLADDER RISK AND FEEL-GOOD EFFECT FOR LIGHT LEGS: THE RUN LIMITED 2024.2 TALL SOCKS WOMEN
Block of text with subheadings H3 With The Run Limited 2024.2 Tall Socks for women by CEP, individual style and function form an inseparable unit. Neon details enhance the design, the foot climate benefits from Airflow channels. The high compression fit favors light legs, while the wrinkle-free fit reduces the risk of blisters to a minimum.
Maximum reduced risk of blisters
The tight fit of the running socks allows less friction in the shoe and this reduces your bladder risk during training. The Limited 2024.2 Socks ensure this effect thanks to their compression fit and their pleasant, Ökotex-certified materials – for carefree runs at all times.
Perfectly regulated foot climate
Overheated feet interfere with the running round. Stay cool thanks to the so-called Airflow channels in the foot pad zones of The Run Limited 2024.2 Socks. The foot climate is optimally regulated and there is no moisture. So you also have more support in your running shoes. In addition, there is the individual design with stylish neon accents.
Light legs thanks to optimal nutrient supply
Being able to catch up in the second half of your run is almost a matter of course with The Run Socks. Your compression fit stretches over the entire lower leg. As a result, the muscles receive important nutrients, a feel-good effect is created and the legs still feel wonderfully light even at kilometer 10.
Order The Run Limited 2024.2 Tall Socks in the CEP online shop.
84% Polyamide, 16% Elastane
CEP Sports offers high-tech functional clothing of excellent quality. Only proper care can ensure unrestricted functioning over a longer period of time.
