Men's zippered sweatshirtA zippered hoodie is a great basis for creating free sets for training or a trip out of town. Made of soft cotton, it guarantees comfort and convenience. For a perfect fit, the bottom of the sweatshirt and sleeves are finished with a hem. An indispensable piece for every lover of classic sports style.parameters:Men's zippered sweatshirt without hood.Two outer pockets.Bottom and sleeves finished with hem.Composition: 65% cotton, 35% polyester.
This men's sweater has a sporty and confident look. The tried-and-tested cut features a round neckline and ribbed cuffs on the sleeves and hem. The design highlights are the contrasting seams under the neckline and on the shoulders and cuffs. The hilarious sweater is made of organic, skin-friendly cotton and is marked accordingly. The cut is regular.
Description:Classic printed sweatshirt fabricated from a blend of cotton and polyester with high quality print on front and back. Produced entirely in Europe, it has a round neck, long sleeves and an oversized fit. Durable seams are colored to contrast the rest of the design, making you stand out even more.Washing instructions: 30°C machine wash inside out, do not bleach, do not dry clean, do not tumble dry
Men's sweatshirt in a semi-fitted SIUS cut is made of the popular LITHERM microfleece. Not only for all sports activities, but also for wearing in the city, you will appreciate the long zipper closure, stand-up collar, chin guard, sleeves and bottom lined with elastic and indispensable pockets. You will find more beautiful colors and many sizes in our offer. Material composition: 100% polyester.
Material Composition: 65% Polyester, 35% Cotton ; Fabric Type: Knitted ; Back Length: 72.0 cm ;Oversize Fit: Extra loose, wide fit. If you do not prefer too loose, it is recommended to buy 1 size smaller than your own size. Please follow the washing instructions given below so that you can use your product for a longer time and take proper care of your product. ; Colors may vary in studio shots due to the difference in light.