Happiness İstanbul Women's Biscuit Basic Knitwear Sweater With Balloon Sleeves

; 60% Cotton, 40% Polyester Muline Green, Standard Fit, Crew Neck, No Pocket, Long Sleeve, Keeping Warm, AC&Co / Altınyıldız Classics Standard Fit Muline Crew Neck, Warm, Knitwear Sweater, Product Size: L, Model Information: Height: 189cm. AC&Co / Altınyıldız Classics Men's Green Recycle Standard Fit Regular Cut Crew Neck Cotton Muline Pattern Knitwear Sweater.

Happiness İstanbul Sweater - Green - Oversize.

; Height: 1.

; Height: 1. cm Waist: 61 cm Hips: 89 cm Happiness İstanbul Women's Blue Polo Collar Basic Sweater.75 cm, Chest: 81.

.; Height: 1.: 81 cm Waist: 61 cm Hips: 89 cm 77% Acrylic 23% Polyester; Long, basic knit sweater with a crew neck, dropped shoulders, flexible structure, oversized; Product Length: 90 cm Sleeve Length: 72 cm; Colors may vary during studio shots due to the difference in light.75 cm, Chest.

Happiness İstanbul Sweater - Yellow - Slim fit.

: 79 cm Waist: 60 cm Hips: 90 cm 77% Acrylic 23% Polyester; Basic knit sweater with a crew neck, balloon sleeves, dropped shoulders, flexible structure, Product Length: 50 cm Sleeve Length: 70 cm; Colors may vary during studio shots due to the difference in light..

: 81 cm Waist: 61 cm Hips: 89 cm 77% Acrylic 23% Polyester; Basic knit sweater with a crew neck, balloon sleeves, dropped shoulders, flexible structure, Product Length: 50 cm Sleeve Length: 70 cm; Colors may vary during studio shots due to the difference in light.75 cm, Chest.

: 79 cm Waist: 60 cm Hips: 90 cm 77% Acrylic 23% Polyester; Basic knit sweater with a crew neck, balloon sleeves, dropped shoulders, flexible structure, Product Length: 50 cm Sleeve Length: 70 cm; Colors may vary during studio shots due to the difference in light.; Height: 173 cm, Chest..

: 81 cm Waist: 61 cm Hips: 89 cm 77% Acrylic 23% Polyester; Basic knit sweater with a crew neck, balloon sleeves, dropped shoulders, flexible structure, Product Length: 50 cm Sleeve Length: 70 cm; Colors may vary during studio shots due to the difference in light.