





Collar Zipper Graphic Hoodie (UNISEX) CD329
Product Description
Discover the perfect blend of style and comfort with this street-inspired Acubi zip-up. Ideal for back to school or winter adventures, this loose-fit sweater features a unique graphic print and a cozy turtle neck. Made from breathable polyester, it’s designed for everyday wear, making it a staple for any fashion-forward wardrobe. Available in classic black, light blue, and light beige, it's versatile enough to match any outfit, ensuring you stay stylish wherever you go. From the brand: Product Detail Shop the latest women's fashion with this street-inspired Acubi zip-up. Perfect for back to school or winter vacation, this loose-fit piece features a unique graphic print. Elevate your style with this must-have addition to your wardrobe. Style : Street, Acubi Occasion : Back to school, Winter vacation Type : Unisex Detail : Zip up Print : Graphic Material : Polyester Sleeve : Long sleeve Neck : Turtle neck Length : Midi Fit : Loose fit Polyester100 Color : Black, Light blue, Light beige Made in Korea Model Size Model is wearing size M/L and the color Black. Height : 166cm / Top : S / Bottom : S(25 inch) .prddescription table, .prddescription td, .prddescription th { border : 1px solid black; border-collapse : collapse; padding: 10px; } Size(Inch) Size Shoulder Bust Sleeve Length Armhole Sleeve Width Sleeve Hem Neck width Neck Length Hem Total Length M/L 27.2" 27.2" 22.4" 12.0" 11.6" 4.3" 9.3" 3.7" 26.6" 29.1" - Waist, Hip, Bust, Thigh and Shoulder are measured in half circumference. (for full circle, please x2) - The measurement can vary by 1-3 cm or 1-1.5 inches, depending on how it was measured. Size(CM) Size Shoulder Bust Sleeve Length Armhole Sleeve Width Sleeve Hem Neck width Neck Length Hem Total Length M/L 69 cm 69 cm 57 cm 30.5 cm 29.5 cm 11 cm 23.5 cm 9.5 cm 67.5 cm 74 cm - Waist, Hip, Bust, Thigh and Shoulder are measured in half circumference. (for full circle, please x2) - The measurement can vary by 1-3 cm or 1-1.5 inches, depending on how it was measured.











