Stylish fit - look stylish and classy in this maxi (ankle length)-dress. the dress' tightly woven and incredibly durable linen fabric is 100% linen - perfect for easy-care outfits. This dress is incredibly comfortable and relaxed in our modern fit. All the style you need thanks to its attractive print pattern. This dress is modern yet refined - perfect for any fashion-conscious woman. Look smart and chic on warm days in this short sleeve-dress. A shirt blouse collar for classic feminine style. Elegant mother-of-pearl buttons are tasteful details.
Product details
Details
Fit
Regular
Sleeve length
Short sleeve
Material
100% Linen
Cutting
Collar
Weave
Linen
Chest measurement (size 38)
103 cm
Back length (size 38)
125 cm
Button material
mother-of-pearl
Length
Maxi (ankle length)
Pattern / Design
Print
Fastening
Button closure
Reference
60.136402-0017
Do not bleach
Do not tumble dry
Iron at medium temperature
Gentle cleaning with PCE
Payment methods
We accept the following payment methods:
- PayPal
- Credit card (Mastercard and Visa)
- Purchase on account (Klarna and Zinia)
- Amazon Pay
- Prepayment
Shipping
Our delivery time with standard shipping is usually 1-3 working days. For orders with monogram embroidery, the delivery time may be extended by up to 3 working days.
Standard: 5,95 EUR
Delivery in 1 - 3 business days.
Returns
If a product does not meet your expectations, you can return the unworn goods with original labels within 30 days of receipt.
Please understand that we can only accept returns and complaints for items purchased in the online shop.
Sehr guter Schnitt, fröhliche Farben. Bin mit dem Kauf des Artikels zufrieden.
18.06.2024
/ medium blue
Regular
Regular fit stands for a blouse with comfortable fit. Made with high-quality elastic fabric.
100% Linen
Linen consists of a natural fibre which is extracted from flax. Linen fabrics have a coarse fabric structure, yet are smooth, lint-free and have a pleasant cooling effect.
Linen
The natural plant fibre comes from flax stems. A great summer fabric with a cooling effect.