Thick fibres and 3D technologies make this Hoodie an essential equipment to wear after your training or while traveling to Hawaii. A special knit facilitates air circulation. 3D patches in the hoodie`s sleeves are perfect shock absorbers and guard against vibrations. The ultra-soft fibers bring optimal thermoregulation, bringing additional comfort.>>> More details
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The Tops of the 3D THERMO SEAMLESS ZIP HOODIE - KONA 2018
The thermoregulatory fibers help keep a constant temperature whatever the weather conditions.
The hydrophobic fibres wick out moisture so you stay always dry.
3D shock absorbers are woven in the sleeves to provide localised support to the biceps and forearm.
A light spin control pad is woven into the fabric to keep your shoulders aligned and the upper body straight.
Weighing only 180 gm, it is very light and easily packable.
Its raglan sleeves allow free movements of the arms.
Machine Wash at 30°C
Do Not Bleach
Do Not Iron
Do Not Dry Clean
Do Not Tumble Dry
* Items may differ from photos.
The water-repellent fibre wicks moisture away and evacuates sweat without absorbing it, even when excessive. No more uncomfortable, heavy, damp clothing that irritates and does not dry.
For optimum comfort, the microfibre is 100% seamless, lightweight and very soft.
"Spin Control" helps you to reinforce your posture during effort for perfect maintenance.
Your COMPRESSPORT® do not retain water and will remain featherlight in all conditions.
3D Patch Shock Absorber
The long-sleeve and short-sleeve models include 3D patches providing localized, maintained compression to the muscles of the arm (biceps) and the forearm (supinator and pronator teres), and providing optimum shock absorption as well as an anti-vibration effect.
A 3D knit creates a thermal mattress made of ventilation channels and air cushions. It prevents direct contact with the skin and controls temperature variations between surrounding air and the skin. Body temperature stays at its normal internal level, 36-37.5°, so that the organism functions correctly.