WEFOOT® Air Grip Sports Ankle Socks
WEFOOT® Air Grip Sports Ankle Socks
WE FOOT® Air Grip Sports Socks
The Unique Polyurethane Grips:
Crafted from soft and robust polyurethane, these grips are inspired by our expertise in manufacturing shock-absorbing foam for LCDs used in smartphones. They offer both comfortable movement and robust anti-slip functionality simultaneously.
Perfect Absorption Capabilities of the Grips
Our grip pads feature a unique cell structure, inspired by the efficiency of octopus suction cups. This exceptional design ensures breathability, allowing our products to deliver anti-slip performance even in challenging conditions like rain or excessive sweating.
Patented IN and OUT Grip Positioning
Our socks incorporate an innovative dual-grip technology with strategically positioned grip pads both inside and outside. These inter-crossed grip pads provide superior traction and stability on various surfaces, ensuring every people remain steady and confident with every step.
Enhanced Footbed Cushioning
Weave the sock's sole with added thickness to effectively absorb shocks and provide a soft wearing experience.
Perfect Athletic Socks
Diamond Pattern Knitting on the calf: This pattern offers optimal pressure distribution on the calf, enhancing comfort.
Ventilated Instep Design
Featuring Bio-max threads and a mesh structure on the instep, this design ensures moisture wicking and exceptional breathability.
Sock Lengths & Size Chart
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My toes are safe since I wear wefootsocks. They hold on tight in my sport shoes.
Used once and ordered more because were comfortable and offered a different feel. Exudes quality. Looking forward to when are offered in black and then I’ll make make these socks my go to. Thanks.
They are grippy socks just like they say they are.
I wear socks all the time with sport shoes, boots etc. Gave these a try and found them to be exactly what they described, thick, cushioned and anti slip. For myself, I found them to be too thick which causes material to bunch a bit beneath the toes causing friction and potential blister.