Model: FernandaColour: black Fit: slimfitNeckline: halterSleeve: for shoulder strapsFastening: no fasteningMaterial Type: Recycled MaterialSustainability: Use of recycled materialsFabric: 60% recycled polyester, 25% acrylic, 15% polyesterModel tall: 166 cmThe model wears size: S
Material composition: 90% cotton, 10% elastanemethod of washing: machine wash at 30°CThe model wears size S. Model dimensions: height 167 cm, bust 73 cm, waist 64 cm, hips 91 cm.The dimensions of the top in size S are measured flat: armpit width - 34 cm, total length - 37 cm.
Tank top in a comfortable cut with a print on the chest. You can easily complement it with shorts or a casual skirt and the outdoor adventures can begin.standard fitprint on the chest
Model Information: Model Measurements: Height: 172cm(5'8'') Chest: 80cm(31in) Waist: 64cm(25in) Hip: 89cm(35in); The product on the model is size S/36/8.; Material Component: 96% Polyester,4% Elastane ; Fabric Type: Knitted ; For longer use of your product and proper care of your product, please follow the washing instructions below. ; Colors may vary due to light differences in studio shots.
Material: Jersey; Izrez: Henley izrez; Vzorec: Univerzalne barve; Način nošenja: Naramnice okrog vratu; Podrobnosti: Čipka; Certificiranje: LENZING™ and ECOVERO™ are trademarks of Lenzing AG.; Model: Normalno prileganje; Dolžina rokavov: Brez rokavov; Dolžina: Normalna dolžina
Material: Jersey; Izrez: Visok vratnik; Vzorec: Univerzalne barve; Način nošenja: Široke naramnice; Model: Ozko prileganje; Dolžina rokavov: Brez rokavov; Dolžina: Normalna dolžina
Model Information: Model's Measurements: Height: 172cm(5'8'') Bust: 83cm(32in) Waist: 58cm(22in) Hips: 87cm(34in); The product on the mannequin is size S/36/8; ; Material Composition: 98% Polyester,2% Elastane ; Fabric Type: Knitted ; Model Front Length: 45.5 cm ;P lease follow the washing instructions given below in order to use your product for a longer time and to care for your product properly. ; Colors may vary in studio shots due to the difference in light.