Men's sweatshirt SEGIUS is made in a semi-tight cut from natural cotton material. For casual wear, hiking, sports or any other outdoor activity, you will appreciate the extended back, the drawstring hood and the indispensable front pockets. Decorative stitching and patch complete the overall beautiful appearance of the product. Material composition: 80% cotton, 20% polyester.
Material Component: 65% Cotton, 35% Polyester ; Fabric Type: Knitted ; Back Length: 70.0 cm ; Slim fit: It is a tight fit that fits the body. If you do not prefer it to be very tight on you, you can buy 1 size larger. ;In order to use your product for a longer time and to properly care for your product, please follow the washing instructions below. ; Colors may vary due to light differences in studio shots.
Men's crewneck sweatshirt oversized- Model description: Oversized sweatshirt with a large two-tone print on the front and a smaller print on the lower back. There is also a tapout label on the front hem.- Quality: 80% combed cotton, 20% polyester- Fabric: Fleece (brushed back)
Rewelacyjna męska ocieplana bluza.Wkładana przez głowę.Wykonana z miękkiego i przyjemnego w dotyku materiału.Kaptur regulowany sznurkiem.Nadruk z przodu.Praktyczna kieszeń kangurka.Dół i rękawy zakończone ściągaczem.Komfortowy krój.Idealna na co dzień.Skład: 95% bawełna, 5% lycra.
The indispensable pieces of winter combinations meet with Koton's impressive designs! You can add the kangaroo pocket detailed, slogan, oversize hoodie to your cart immediately to complete your casual looks! | Model Height: 189 | Model Hips: 48 | Model Top: 79 | Model Waist: M | Model Chest: 98 | Model Jeans: 32/34
Material Composition: 100% Polyester ; Fabric Type: Knitted ; Back Length: 72.0 cm ; Relaxed fit: Regular size, dropped shoulders, relaxed fit. Can be taken 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.