Sixs Windshell Short Sleeve Turtleneck Underwear Black Carbon

Suitable for all sports, ideal for outdoor use

Front windproof panel, protects the torso from cold air

To be worn directly in contact with the skin, under normal sportswear

Maximum sweat control, keeps the skin dry at all times, counteracts the formation of bad odors

Maintains proper body thermoregulation

Outdoor temperature

Fresh 5°/20°

Short-sleeved turtleneck base layer with windproof protection SIXS Carbon Underwear

Short-sleeved turtleneck with WindShell Carbon Underwear windproof protection, breathable and thermoregulating in all weather conditions. The SIXS 's Air Shield technology protects the torso from the cold air from the front: a thin layer of breathable windproof fiber creates a micro-cushion of air to defend the body, without causing the classic "greenhouse effect" that increases sweating. The mock neck protects the throat from temperature changes and cool drafts. Ideal for outdoor sports.

The result is a pleasant feeling of dryness and freshness on the skin thanks to our Carbon Underwear® fabric

Fabric

CARBON UNDERWEAR

The products of the Underwear SIXS line are suitable for all sports, for 12 months a year. Perfect in any circumstance in which you do physical activity, all the garments in this range must be worn directly in contact with the skin, under normal sportswear.

Thanks to the incredible characteristics of thermoregulation and breathability, the garments allow SIXS to keep the skin dry at all times, eliminating moisture and the consequent feeling of wetness. For this reason, underwear is no longer considered an optional during sports activity: by avoiding sudden colds (due to sweat or wet fabric in contact with the skin) comfort will always be at the top, significantly reducing muscle injuries.

WIND PROTECTION ACCORDING TO SIXS

Starting from the need to be better protected from the air in the front area of the body, we have included the exclusive AIR SHIELD system in some products: an extremely effective anti- vento protection, without a membrane to maintain a very high degree of sweat evacuation, thus avoiding the classic "greenhouse effect".