95% Polyester 5% Lycra; Model Dimensions: Height: 1.75, Bust: 89, Waist: 64, Hips: 92, Size: S/36/1; Sample Size: S/36/1 ; Colors change due to light difference in studio shots can show.
95% Polyester 5% Lycra; Model Dimensions: Height: 1.75, Bust: 89, Waist: 64, Hips: 92, Size: S/36/1; Sample Size: S/36/1 ; Colors change due to light difference in studio shots can show.
95% Polyester 5% Lycra; Model Dimensions: Height: 1.75, Bust: 89, Waist: 64, Hips: 92, Size: S/36/1; Sample Size: S/36/1 ; Colors change due to light difference in studio shots can show.
Material Information: 95% Cotton 5% Lycra; Product Size: Height/Bust: 38/28 cm, Height/Waist: 85/27 cm; Model Measurements: Height: 173 Bust: 80, Waist: 58, Hips: 89; On the Model Size: S/36/1; Access
Sweter damski marki Olalook.Wymiary Modelki: Wzrost: 175 cm, Klatka piersiowa: 89 cm, Talia: 64 cm, Biodra: 92 cmRozmiar: S/36/1Materiał: 100% Akryl
100% Polyester; Dimensions of the Model: Height: 1.75, Bust: 89, Waist: 64, Hip: 92, Size: S/36/1; Sample Size: S/36/1;; Colors may vary due to the difference in light in studio shots. ;
Koszulka damska Olalook Ruffle- Idealna do noszenia na co dzień- Dostępna w wielu rozmiarachMateriał: 95% poliester, 5% elastan
Material Information: 100% Polyester; Product Size: Height/Chest: 36/30 cm; Model Measurements: Height: 173 cm, Bust: 80, Waist: 58, Hips: 89; Sizes on the Model: S/M; Accessory Information: None.
95% Cotton 5% Elastane ; Model Dimensions: Height: 1.75, Bust: 89, Waist: 64, Hips: 92, Size: S/36/1
95% Polyester 5% Elastane; Model Dimensions: Height: 1.75, Bust: 89, Waist: 64, Hips: 92, Size: S/36/1; Sample Size: S/36/1; Studio Shots Colors Change Due to Differences in Light Can show.;
95% Polyester 5% Elastane; Model Dimensions: Height: 1.75, Bust: 89, Waist: 64, Hips: 92, Size: S/36/1; Sample Size: S/36/1; Studio Shots Colors Change Due to Differences in Light Can show.;
95% Polyester 5% Elastane; Model Dimensions: Height: 1.75, Bust: 89, Waist: 64, Hips: 92, Size: S/36/1; Sample Size: S/36/1; Studio Shots Colors Change Due to Differences in Light Can show.;
