FALKE Compression Socks Falke Ru Compression Energy
All about this product
Material & maintenance
Fabric composition | 70% PA, 18% PP, 12% EL |
Stretch | Yes |
Weatherproof
Breathable | Yes |
Garment features
Sock type | Multisport socks |
Sock length | Knee high |
Other features
Gender | Women |
Moisture wicking | Yes |
Quickdry | Yes |
Product Code | C21DAC0007 |
General
Compression socks are designed to enhance your sports performance and speed up recovery after exertion. These socks offer gradual compression, which is crucial for improved blood circulation and helping reduce muscle fatigue. Thanks to their unique 3-layer moisture-wicking construction, your feet stay dry and blister-free, even during the most intensive activities.
These socks are not only functional but also extremely comfortable. They provide an optimal fit that is specially tailored to the left and right foot, ensuring a perfect match for your feet's specific requirements. Moreover, the medium cushioning offers an ideal balance between comfort and speed, making these socks a great choice for a wide range of activities.
Made from a cooling polyamide blend, these compression socks offer a pleasant feel and excellent durability. Specifically designed with a feminine fit for narrower feet, these socks are an ideal choice for female athletes looking for socks that provide both support and comfort. Whether you're a professional athlete or just someone looking to improve their performance, these compression socks are the perfect addition to your sports gear.
Technical details
- Moisture Management
A unique, dry feeling on your skin due to high absorption capability. - Quick Drying
Quick-drying material. - Cooling Effect
Ensures optimal climate control. - Faster Regeneration
Stimulates faster regeneration through gradual compression. - Improved Oxygen Supply
Enhances blood circulation and oxygen delivery. - Stimulates Blood Circulation
Improves blood flow through an anatomically adjusted pressure gradient. - Injury Prevention
Reduces the risk of injury through compression zones in the fabric.