X-Bionic L/S Apani 4.0 Merino M

Description

The Air Conditionig Channel,the AirComPlex zone, ISO shoulder, ISO chest area and sweat traps under the arm are also one of the thermo-regulating technologies with performance-enhancing effect. 100% research, development, design and communication in Switzerland. More than 600 awards and test winnings, over 800 patent applications for X-BIONIC worldwide. In the ultra-dense knit, intelligent functional zones can be positioned even more precisely for a targeted effect. The high-performance functional underwear for ambitious winter athletes combines high-tech functionality with the top comfort of the APANI Merino Premium fibre. 87% Wool, 12% Polypropylene, 1% Elastane APANI 4.0 MERINO SHIRT ROUND NECK LONG SLEVES AP-WT06W19W-B026-M Made on precision machines in ultra-high-resolution retina technology. Patented in 29 countries. The patented 3D Bionic Sphere System with ThermoSyphon technology maximises air exchange, cool when you sweat, and warm when you freeze. The high-performance functional underwear for ambitious winter athletes combines high-tech functionality with the top comfort of the APANI Merino fibre. Made in Italy.

Key Features

• The patented 3D Bionic Sphere System with ThermoSyphon technology maximises air exchange, cool when you sweat, and warm when you freeze.
• 87% Wool, 12% Polypropylene, 1% Elastane APANI 4.0 MERINO SHIRT ROUND NECK LONG SLEVES AP-WT06W19W-B026-M Made on precision machines in ultra-high-resolution retina technology.
• In the ultra-dense knit, intelligent functional zones can be positioned even more precisely for a targeted effect.
• The high-performance functional underwear for ambitious winter athletes combines high-tech functionality with the top comfort of the APANI Merino fibre.
• 100% research, development, design and communication in Switzerland.
• The Air Conditionig Channel,the AirComPlex zone, ISO shoulder, ISO chest area and sweat traps under the arm are also one of the thermo-regulating technologies with performance-enhancing effect.