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Casual shoes Atreyu Lady 25 woman black
Description
Women's sports shoes. This model for daily use and walking is inspired by running. Comfort and cushioning are the main benefits of these versatile sneakers.
Upper made of lightweight and breathable mesh. The VTS perforations cover the entire cut to give it an extra ventilation. Thus, the foot will remain at a constant temperature at all times. On the other hand, it has the thermosealed adjustment system JOMA SPORTECH to achieve greater support.
MEMORY FOAM insole made with foam and thermoformed EVA base to fully adapt to the footprint and soften it. It has VTS perforations to make it more breathable.
Midsole constructed with phylon with great impact absorption capacity. This functional material is light and flexible, so it adapts to the natural movement of the foot.
SLIP RESISTANT sole. The non-slip finish reduces the risk of slipping to be able to walk with total safety and control of the step.
Characteristics
- VTS design with breathable mesh
- SPORTECH design with heat-sealed adjustment system
- Thermoformed EVA MEMORY FOAM template
- Phylon midsole
- Sole with SLIP-RESISTANT system, ideal for slippery surfaces
Casual shoes Atreyu Lady 25 woman black
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Memory Foam
The Memory Foam insole adapts to the morphology of the foot, cushioning the impacts of each step when walking thanks to its viscoelastic foam, providing comfort and convenience. It is breathable, lightweight, and regains its shape after each impact, allowing it to cushion each step optimally. Perfect for standing or walking for many hours. They help reduce pain in cases of plantar fasciitis or heel spurs.
Slip Resistant
The SLIP RESISTANT system is developed to reduce the risks of slipping. Accredited through the ISO 24267:2020 test carried out by INESCOP with excellent results.
Sportech
Injected rubber that prevents seams and other rigid materials on the upper part of the shoe. Providing lightness, comfort, greater flexibility and better fit to the foot. The thickness varies according to the protection and resistance needs of each area.