Dainese Dry LS, Functional Shirt

Men s long sleeve shirt made of water-repellent Dryarn fabric for maximum breathability and comfort even in hot weather. Dry LS is a baselayer shirt with long sleeves for men. Thanks to the construction of water-repellent Dryarn fabric, a technology that regulates sweat and moisture and always keeps the body dry, it is suitable for any season, even in very hot weather. Dry LS is the optimal long-sleeved shirt for summer, as it offers excellent breathability and wicks sweat and moisture away from the body. This guarantees maximum freshness and a comfortable feeling even during the greatest exertion. The seamless construction allows high comfort and freedom of movement. The reinforcements at the most stressed points ensure maximum comfort and durability of the garment. Features Abrasion
resistant, tear resistant and anti-pilling Bacteriostatic, hypoallergenic and low odor Differentiated reinforcements Environmentally friendly fibers, 100% recyclable Made in Italy Ergonomics Armor Pad for greater comfort on contact surfaces Seamless fabrication for maximum comfort Temperature Active moisture management Air mesh to increase sweat wicking Keeps protected from moisture Maximum breathability Dryarn® - Maximum breathability Dryarn® is a high-performance fiber. The yarn enables the production of garments that are practical and comfortable to wear at the same time. Among the most important properties of Dryarn® are that it is lightweight, insulating and breathable. Dryarn® is a highly water-repellent fabric. This means that sweat and moisture are optimally wicked away,
keeping the body dry at all times. Many other fibers do not allow the body to breathe properly and block the body s normal perspiration process altogether, or at best only allow it to function for a limited time. During light athletic activities, Dryarn® controls the flow of sweat to keep the body s thermoregulatory system in balance and the skin dry. During heavier physical exertion, Dryarn® transfers sweat from the skin to the fiber surface and on to the outside of the fabric and into the environment. This happens quickly and efficiently.