WOMEN'S MAXI DRESS ROZAWI
WOMEN'S MAXI DRESS ROZAWI
WOMEN'S MAXI DRESS ROZAWI
  • caremore
  • mid season sale
  • ecovero

WOMEN'S MAXI DRESS ROZAWI

Product code: T2220.198B-163
colour:
Composition: WISKOZA ECOVERO 100%

Long, shirt-like dress printed in the original ethno print. It has a classic stand-up collar, long sleeves with buttoned cuffs, and waist belt. It is fastened with buttons at the placket. It is made of Ecovero viscose, which makes it comfortable to the body and environmentally friendly. Perfect for casual styling, especially boho style, for meeting friends, but also as part of an informal office look, for example with a jacket.

Length: maxi
Cut: shirt-like
Neckline: stand-up collar
Sleeves: long
Pattern: ethno print
Recommended: for trips, meetings, office, autumn
Model's height: 178 cm
Presented size of clothes: 38 / M

DELIVERY

• standard delivery (in Poland): 3-7 working days, paid in advance – 15,99 PLN

• standard delivery (in Poland): 3-7 working days, paid on delivery – 17,99 PLN

• InPost delivery to the parcel locker (in Poland), paid in advance – 11,99 PLN

• InPost delivery to the parcel locker, "Paczka w Weekend" („Weekend delivery”) – 12,99 PLN

Orders surpassing 149 PLN are sent for free (with any of the types of delivery mentioned above).



RETURNS

If the item or the size are not meeting your needs and/or expectations, you can return it within 30 days.

Return can be made in two ways:

• in one of our shops in Poland;

• by sending back the package to the adress of our warehouse:

Kan Sp.z o. o.,

Panattoni Apliance Park

ul. Jędrzejowska 85

93-636 Łódź,

with adnotation: Magazyn ESHOP.

The returned items have to be sent with a filled and signed form.


Free delivery in Poland
Free return at the nearest store
30 days return
Order by phone at +48 42 237 21 91

Slow Life philosophy

Ecovero
Ecovero

A type of viscose that conforms to high environmental standards. It is obtained from wood wood cellulose from forests managed in line with sustainable development rules. Its production uses at least 50% less water and energy than the production of conventional viscose.