70% Acrylic 30% Wool; Oversized, Zippered Turtleneck Knitwear Sweater; Colors May Vary Due to Differences in Light in Studio Shooting.; Product Length: 65 cm - Sleeve Length: 60 cm; Height: 1.74 cm, Bust: 82 cm Waist: 59 cm Hip: 87cm
SINSA sweaterThe SINSA sweater is a MUST HAVE in every autumn-winter wardrobe. Buttoned model. The sleeves and the bottom are finished with welts. The whole is enriched with decorative ornaments on the sleeves in the shape of scales. This model is perfect for everyday as well as elegant stylizations. It will look great in combination with boots and boots. The product is available in several color variants.Blue color.Composition: 100% acrylic.Model dimensions:Hips: 85 cmWaist: 68 cmBust: 87 cmHeight: 172 cmShoe size: 39The model is wearing a size S.
Description:Longline belted cardigan, so simple but so wanted when the days get colder. It comes in a number of autumn leaf hues and so matches any outfit.Material: 60% Polyacrylonitrile 20% Wool 20% PolyesterWashing instructions: Hand wash 30°C
Model's measurements: height: 1.74 bust: 83 waist: 61 hips: 90; The product on the mannequin is size S/36.; Front Shoulder: 80 cm;13% Cotton, 87% Polyester
Description:When you need to feel warm and cosy but also keep an elegant look choose a fancy pullover sweater with rows of decorative golden buttons on the sides. Simple but chic.Material: 85% Acrylic 15% NylonWashing instructions: 30°C Machine wash
WIKI cardiganThe WIKI cardigan will certainly spice up your everyday outfits. Made of high quality material. WIKI will make you feel extremely comfortable in it. The sleeves and the lower part of the sweater have delicate welts. It is also perfect for elegant combinations. Available in several colors.Color: Light gray.Composition: 100% acrylic.Model dimensions:Hips: 85 cmWaist: 68 cmBust: 87 cmHeight: 172 cmShoe size: 39The model is wearing a size S.
Model's measurements: height: 1.75 bust: 80 waist: 62 hips: 87; The product on the mannequin is size S/36.; 100% Acrylic, Knitwear; Beltless; Colors may vary due to the difference in light in studio shots.
DARIA sweaterAn openwork sweater is a perfect proposition for autumn and winter stylizations. The model is available in several colors. It will be perfect for both trousers and a skirt. A decorative weave runs through the entire length of the sweater. The DARIA sweater is an ideal proposition for people who follow the latest trends.Color: Red.Composition: 100% acrylic.Model dimensions:Hips: 85 cmWaist: 68 cmBust: 87 cmHeight: 172 cmShoe size: 39The model is wearing a size S.
Model's measurements: height: 1.76 bust: 81 waist: 61 hips: 91; The product on the mannequin is size S/36.; 100% Acrylic, Knitwear; Colors may vary in studio shots due to the difference in light.
Description: Sweater with a longer back, long sleeves and a boat neckline. Sweater finished with shimmering thread. This model is perfect for everyday stylizations. The model in the picture is 177 cm tall and presents a size 36.Material: MAIN MATERIAL: 49% VISCOSE, 28% ELASTANE, 23% POLYAMIDEWashing instructions: Wash at 30 degrees in a delicate cycle with similar colors
The model is wearing one size. Model's dimensions: height 176 cm, bust 85 cm, waist 64 cm, hips 92 cm. Dimensions of the one size sweater measured flat: armpit width - 40 cm, sleeve length - 60 cm, total length - 59 cm.
Model's measurements: height: 1.80 bust: 88 waist: 62 hips: 92; The product on the mannequin is size S/36.; 100% Cotton, Knitwear; Colors may vary due to the difference in light in studio shots.
material composition: 95% cotton, 5% elastanewashing method: machine wash at 30 ° C The model is wearing a size S. Model's dimensions: height 167 cm, bust 82 cm, waist 59 cm, hips 83 cm. The dimensions of the top in size S measured flat: width under the armpits - 34 cm, total length - 57 cm (stretchy material).
Wymiary modelki: Wzrost: 1.76, Biust: 81, Talia: 63, Biodra: 89; Produktem na manekinie jest ty S/36.; 80% Akryl 20% Poliester, Dzianina; Nasze produkty będą wysyłane z etykietą TRENDYOL.; Kolory w ujęciach studyjnych wynikają z różnicy w świetle, która może się różnić.