Men's monochrome T-shirt.Logo GAP 1969 Classic.Short sleeves and round neckline.100% organic cotton. Clothing made from 100% organic cotton is not only friendly to the environment, but to your skin. No harmful synthetic pesticides or fertilizers are used in cultivation. Learn more at Gap for Good.
Kolor: czarny Wzór: przód - z napisem Krój: regular fit Rękaw: krótki Coś ekstra: haft Zrównoważony rozwój: bawełna organiczna Materiał: 100% bawełna organiczna Wymiary modelu: 186 cm Modelka ma na sobie rozmiar: L
The product on the mannequin is to you M.; Model's Measurements: Height: 1.85, Bust: 97 Waist: 80, Hip: 94; 100% Cotton; Colors may vary due to difference in light in concept shots.
The product on the mannequin is to you M.; Model's Measurements: Height: 1.87, Bust: 97 Waist: 80, Hips: 94; 100% Cotton; Fabric Thickness: Thin; Relaxed fit: Normal size, low shoulder, wide cut. It can be taken 1 smaller than your own size.; Colors may vary in concept shots due to the difference in light.
T-shirt dla chlopców Lewro JOHNNY jest uszyty z przyjemnego w dotyku materiału i ma stylowy nadruk. Model ozdabia kieszonka umieszczona na piersi. Jest idealny do noszenia na co dzień.
Klasyczny T-shirt dla mężczyzn Ellesse SL PRADO TEE jest wykonany z bawełny, więc pokochasz go nie tylko za wygląd, ale i za komfort, który oferuje. Przód koszulki ozdabia znak firmowy. Dlatego nie zwlekaj i zanurz się w stylu marki Ellesse.
Be sure to check out the Koton men's t-shirt models, which are an indispensable part of all seasons! The short sleeve, cotton, crew neck basic T-shirt is the ideal piece for stylish men.
Knitted fabric with a mesh structure and modified mesh for ventilation that adapts to where you need it most.Almost seamless design eliminates abrasion.4-Way Stretch technology allows for better movement in every direction.The material drains sweat away and dries very quickly.
The product on the mannequin is L size.; Model's measurements: height: 1.88, bust: 100 waist: 83 hips: 99; 100% Cotton; Colors may vary in concept shots due to the difference in light.