Double Layered Wrap Style Beige Floral Skirt 7300
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Product Description
Featuring a double-layered structure, a wrap-around tie design, and an elegant floral print, this beige skirt combines bohemian and feminine styles. Thanks to its lightweight texture, it offers all-day comfort while adding natural elegance to summer outfits with its flowy silhouette.
Made from 100% woven viscose fabric, this summer skirt provides a breathable feel with its natural cellulose-based structure derived from beech wood. Free from polyester, the fabric offers a lightweight, drapey, and comfortable feel, making it ideal for warm weather.
With its tie-waist wrap design, this model adjusts to the waist and is suitable for sizes 36-38-40 due to its standard fit. Offering a modern and energetic look with its mini length, this skirt is a great choice for daily wear, vacation packing, and summer events.
Made in Turkey, this floral skirt offers a strong alternative for those who love ethnic and bohemian clothing styles. To preserve the product's form, it is recommended to turn it inside out before washing, and to wash it before any alterations.
Product Features
- Fabric: 100% woven viscose.
- Model: Double-layered, wrap-around tie skirt.
- Pattern: Floral print on a beige background.
- Cut: Mini length, drapey and lightweight form.
- Style: Bohemian, ethnic, and suitable for summer use.
- Size: Standard size, fits 36-38-40.
- Production: Made in Turkey.
- Fabric Structure: Natural, cellulose-based derived from beech wood; breathable and polyester-free.
- Care: Machine washable at 30 degrees. It is recommended to turn inside out before washing.
- Additional Note: It is recommended to wash the product before any alterations.
Product Size Chart
Model Measurements: Height: 172 cm, Bust: 80 cm, Waist: 60 cm, Hips: 89 cm.
| Size | Product Length | Waist |
|---|---|---|
| Standard (36-38-40) | 50.5 cm | 78 cm |
The product is a standard size and is compatible with size ranges 36, 38, and 40.
Measurements were taken on a flat surface. Minor differences may occur depending on the fabric structure and production tolerances.