Women's Tropea Jersey
The Tropea Women's Cycling Jersey is an high-quality garment made from a fabric crafted with recycled polyester yarn. This sustainable fabric not only offers optimal performance but also reduces environmental impact.
The Tropea Women's Cycling Jersey is made with lightweight Interlock microfiber material that provides exceptional comfort during your cycling adventures. With its tight-knit and thin cross-knit construction, this jersey replaces the traditional spring and summer jerseys, offering superior breathability. The fabric feels soft to the touch, and the HydroFit treatment ensures that your skin stays dry, guaranteeing maximum comfort and significantly enhancing your athletic performance.
HYDROFIT is a permanent fabric’s treatment, suitable for the active sports. It allows the fabric to be breathable by expelling sweat outside the garment and leaving the skin dry thus improving your performance.
The mesh side panels and sleeves provide increased breathability to the garment, allowing air to circulate freely and keeping you fresh. Moreover, the selected colors for this model serve as a distinctive element for the De Marchi brand, adding a unique touch of style to your cycling attire.
- Gravel, Road
- lightweight polyester
- classic, slim
- machine wash cold (max 30°C-86F) with little neutral soap and delicate spin cycle (max 800 rpm), do no leave wet, do not bleach, do not dry clean, do not iron, do not tumble dry
Its mesh construction on the sides and sleeves ensures high breathability, allowing air to circulate and maintaining an optimal body temperature. Made with breathable and lightweight fabrics, it provides optimal ventilation and promotes sweat evaporation, keeping the body cool and dry even in the most challenging conditions.
The selected colors reflect De Marchi's unique identity, adding a touch of distinctive style to your cycling outfit. Thanks to its aerodynamic design and minimal seams, the Tropea ensures a close and unrestricted fit, allowing the cyclist to maximize their performance.