Flannel shirt with regular cut, made of cotton fabric Classic collar Button closure Long sleeve with cuff Half-round hem Chest pocket Material: 100% cotton Color: gray Model's height: 184 cm. The model presents the product in size: M
Model Information: Model's Measurements: Height: 185cm(6'1') Bust: 98cm(38in) Waist: 78cm(30in) Hips: 96cm(37in); The product on the mannequin is size M/38/10; ; Material Composition: 100% Cotton ; Fabric Type: Woven ; Back Length: 77.0 cm ; Regular Fit: Comfortable, non-tight fit. There is a little more room for mold than slim fit. 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.
Fleece outerwear. Chest pockets sewn with button fastening. Hanging loop. Collar and buttons. Long sleeves with cuff. It is worn as outerwear for a T-shirt or sweater.
Men&#39;s shirt by dewberry.<br />- fastened with buttons<br />- folded collar<br />- small embroidery on the chest<br />- comfortable cut<br /><strong>Material:&nbsp;</strong>100% Cotton
Amazing men's shirt with patterns.With short sleeves.Button fastening.Button collar.Slim fit cut - slightly fitted.Perfect for every day.Composition: 100% cotton.
Cotton shirt with long sleeves. Slim fit. Tiny flat pattern. The shirt has a smaller collar with button fastening and a rounded hem. It will look great with elegant trousers.
Model Information: Model's Measurements: Height: 189cm(6'2'') Bust: 91cm(35in) Waist: 78cm(30in) Hips: 95cm(37in); The product on the mannequin is T-shirt M/ Jeans 32 / Trousers 42 / 8 is body; ; Material Composition: 100% Viscose ; Fabric Type: Woven ; Back Length: 75.0 cm ;Oversize Fit: Extra loose, wide cut. 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.