Cawö Home beach dress Campus Tunic Platin 835-76

Introducing the Cawö Home Women's Beach Dress Campus Tunic 835-76 in Platin, a perfect choice for summer days. This airy and light tunic dress by Cawö is designed to keep you cool and stylish throughout the season.

The Cawö Campus Tunic 835 features a pleasantly simple cut that provides comfort and ease of movement. Its fresh stripe design adds a touch of sophistication to your beachwear collection. The timeless design ensures that this dress remains fashionable for seasons to come.

Crafted from a cotton blend fabric, this tunic dress offers a soft and lightweight feel against the skin. The 80% cotton and 20% polyester blend ensure breathability and durability. It is easy to clean and suitable for tumble drying, making it a convenient choice for your summer wardrobe.

The Cawö Campus Tunic 835 comes in a beautiful Platin color, adding a sense of tranquillity and elegance to your beach ensemble. The distinctive C-Cawö logo and round neckline enhance the overall appeal of the dress.

To ensure the perfect fit, refer to the Cawö Women's Size Chart, which provides size options ranging from XS to XL. With a back length of 90 cm, this tunic dress offers coverage while allowing you to embrace the breezy summer vibes.

Enjoy the advantages of the Cawö Home Women's Beach Dress Campus Tunic 835-76. Its pleasantly simple cut, fresh stripe design, easy cleaning, and timeless appeal make it a must-have for your summer wardrobe. Made with a cotton blend fabric, it provides comfort and style in one package. Don't miss the opportunity to elevate your beachwear with Cawö Campus Tunic 835-76.

Cawö Beach dress Campus Tunic 835 size chart:

32/34 – XS
36/38 – S
40/42 – M
44/46 – L
48/50 - XL

Brand: Cawö
Color: Platin
Model: Back length 90 cm
Material:  80% cotton and 20% polyester
Gender: Women, girl
Series: Campus
Eco labelling: OEKO-TEX® | STANDARD 100
Washing instructions: Machine wash 60 degrees C. Tumble dry at low temperature (gentle) Do not bleach. Do not dry clean. Ironing at low temperature.