UYN
Exceleration W
UYN Energyon W
40.00 €
You save 49%
Recommended retail price by the brand
79.0€ Recommended price
The i-Run team says
Remarkable Comfort
The UYN Energyon long-sleeve shirt for women is perfect for all your sporting sessions. Ideal as a first layer, it accompanies you confidently during your outings.
Its entirely plant-based Natex fiber provides great lightness and maximum freedom of movement. The Hypermotion process allows for single-piece construction, effective muscle support, and increased ease.
The Flowtunnels technology features a multitude of perforations, adapted to different areas of your body. This ensures optimal breathability and excellent moisture regulation.
Our model Camille is 1.75m tall and wears a size S/M.
Key features of the UYN Energyon long-sleeve shirt
- Explore the UYN collection here
- Natex fiber: 100% plant-based, lightness, and freedom of movement
- Hypermotion: single-piece construction, muscle support, and freedom of movement
- Flowtunnels: tailored ventilation, breathability, and dryness
- Stretch material: freedom of movement
- Colors: black and white
Technologies
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Natex
NATEX is particularly lightweight and reduces weight by 25%. NATEX garments dry up to 50% faster than traditional nylon garments. This 100% vegetable fiber is more elastic and its bacteriostatic effect minimizes the formation of bad odors.
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Hypermotion
A jersey, a seam, no restrictions. The shoulder area is made from a single piece of fabric, without vertical seams. More freedom of movement, better muscle support, and improved body posture.
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Flowtunnels
With the innovative Flowtunnels technology, perforations of different diameters are mathematically distributed based on the areas of body heat production. The perforation is designed to lighten the fabric without altering its strength and elasticity characteristics. The effect is twofold: the moisture produced during physical exertion escapes, while a system of three-dimensional structures allows air to circulate freely between the skin and the fabric, providing both a cooling and insulating effect.
