Protect iT Ultimate Diabetes Socks are specially designed therapeutic socks created to provide comfort, protection and gentle support for sensitive feet. Developed with the needs of people with diabetes in mind, they combine soft, breathable fabric with a non-restrictive cuff, seamless toe and wrinkle-resistant construction to help minimise friction and pressure on vulnerable areas of the foot.
These black socks have a unisex design and are suitable for both men and women, with a range of shoe sizes available.
Key Benefits
- Specially designed for people with diabetes and sensitive feet
- Wide-stretch, elastic-free cuff provides a comfortable grip with minimal compression
- Smooth, seamless toe helps minimise friction and pressure around the toes
- Wrinkle-resistant construction helps reduce potential pressure and rubbing
- Soft, breathable memory fabric adapts comfortably to the foot
- Features silver-ion blended fibres with antibacterial, antifungal and anti-odour properties
- Ventilation zone supports moisture management and temperature regulation
- Provides additional protection around the Achilles area
- Suitable for people with tired or swollen feet
- May also be suitable for those requiring additional foot comfort due to arthritis
- Unisex design
- Black colour
- Available in a range of shoe sizes
Key Materials
- Egyptian Giza Cotton: a soft, high-quality cotton used to provide a comfortable and breathable feel against sensitive skin.
- Silver-Ion Blended Fibres: incorporated for their antibacterial, antifungal and anti-odour properties, helping maintain a fresher environment around the feet.
- Breathable Memory Fabric: designed to adapt comfortably to the shape and movement of the foot while helping minimise bunching and wrinkles.
How to Use
Wear the Protect iT Ultimate Diabetes Socks as everyday socks, ensuring the fabric sits smoothly against the foot without folds or wrinkles. The non-restrictive cuff and seamless toe are designed to provide a comfortable fit while reducing unnecessary pressure and friction.