WackySox Hockey Addict Sports Socks - Pink - S

Currently unavailable

Currently unavailable
Designed for adult athletes participating in high-intensity field sports like hockey, rugby, and football, the WackySox Hockey Addict socks offer a blend of technical performance and bold aesthetics. These knee-length socks utilize moisture-wicking technology and targeted support zones to enhance comfort during competitive play, though users should ensure they select the precise size for their foot to avoid excess fabric bunching.
| Age Group | adult |
|---|---|
| Colour | Pink |
| Gender | Unisex |
| Material | Nylon |
| Size | S |
| Model Part Number | WA-HOADPI-SM |
| Brand | WackySox |
Yes, they are designed to be worn comfortably either with or without shin pads.
Yes, WackySox are designed as unisex apparel suitable for all adult athletes.
These socks are primarily constructed from high-quality, durable nylon with specialized COOLMAX Pro footbeds.
The socks feature a fully elasticated turnover top designed specifically to keep them securely in place during vigorous activity.
Absolutely, they are highly effective for any field sport involving intense movement, such as rugby or football.
WackySox are manufactured in Great Britain.
Ensure you have selected the correct size (S) and that the central foot band is positioned arch-center.
Avoid using fabric softeners during laundering, as they interfere with the moisture-wicking properties of the COOLMAX fabric.
For the best performance, pull the sock on slowly to ensure the elasticated ankle and foot bands align correctly with your anatomy. These socks are fully compatible with standard shin pads and can be worn either over or tucked under them depending on personal preference. To maintain the elasticity and performance of the COOLMAX fibers, machine wash in cold water with similar colors. Avoid using fabric softeners, as these can coat the moisture-wicking fibers and reduce their effectiveness over time. Air drying is highly recommended to preserve the nylon structure and prevent shrinkage.