The socks from Ezeefit are made to never get blisters on the heel and swingarm of the foot again. The socks are also ideal as protection of the house when skating.
The socks from Ezeefit are made to last more blisters on the heel and swingarm of the foot.
Ezeefit was created for skating, but has also been embraced in military circles and by hikers. The socks act as a second skin, because the outer layer can move separately from the inner layer. Friction or sanding points can then no longer occur. Take a quick look to see if there is a sock for you, it really works!
No more blisters? That is possible with the Ezeefit ankle socks! It is a simple heel sock that consists of two layers. The two extremely thin layers can move independently over each other, so there is no abrasion or friction. The first layer is tight to the skin and cannot move. The second layer over it can move a little bit, separate from the skin and...
No more blisters? That is possible with the Ezeefit ankle socks! It is a simple and ultra-thin (2mm) heel sock that consists of two layers. The two extremely thin layers can move independently over each other, so there is no abrasion or friction. The first layer is tight to the skin and cannot move. The second layer over it can move a little bit, separate...
No more blisters? That is possible with the Ezeefit ankle socks! It is a simple and ultra-thin (1mm) heel sock that consists of two layers. The two extremely thin layers can move independently over each other, so there is no abrasion or friction. The first layer is tight to the skin and cannot move. The second layer over it can move a little bit, separate...
The Full-Foot Skins Boots from Ezeefit are ideal to wear to prevent blisters. This close-fitting sock is very comfortable and ensures that you can walk comfortably for hours!
No more blisters? That is possible with the Ezeefit ankle socks! It is a simple heel sock that consists of two layers. The two extremely thin layers can move independently over each other, so there is no abrasion or friction. The first layer is tight to the skin and cannot move. The second layer over it can move a little bit, separate from the skin and...