Rose Flower Garden Duvet Cover Set 140x220
EXTRA LENGTH
EXTRAVAGANT BED LINEN
With beautiful wild roses and butterflies, the Rose Flower Garden bed linen, designed by Jim Lyngvild for Koustrup & Co., transforms your bedroom into a flower garden. This beautiful and adventurous bed linen set is made from 100% organic cotton in the EU. Indulge in the beautiful design with soft and comfortable cotton. The set features a lavish print on both sides, allowing you to change the look according to your mood. With a zipper at the bottom of the duvet cover, washing bedding has never been easier.
For a limited time, you can now purchase Jim Lyngvild's FLOWER GARDEN collection at Raunsborg.dk when you shop for your favorite skincare products.
1 set includes 1 pillowcase and 1 duvet cover, finely packed in a biodegradable cellophane bag.
This set measures:
Duvet: 140x220 cm
Pillow: 60x63 cm
Pillow closure: fold
Duvet closure: zipper
Washable at 60°
Tumble dry, shake or stretch before
Iron at medium or high heat
Pickup currently not available
På lager - leveringstid 1-2 hverdage
Produktinformation
EXTRAVAGANT BED LINEN
With beautiful wild roses and butterflies, the Rose Flower Garden bed linen, designed by Jim Lyngvild for Koustrup & Co., transforms your bedroom into a flower garden. This beautiful and adventurous bed linen set is made from 100% organic cotton in the EU. Indulge in the beautiful design with soft and comfortable cotton. The set features a lavish print on both sides, allowing you to change the look according to your mood. With a zipper at the bottom of the duvet cover, washing bedding has never been easier.
For a limited time, you can now purchase Jim Lyngvild's FLOWER GARDEN collection at Raunsborg.dk when you shop for your favorite skincare products.
1 set includes 1 pillowcase and 1 duvet cover, finely packed in a biodegradable cellophane bag.
This set measures:
Duvet: 140x220 cm
Pillow: 60x63 cm
Pillow closure: fold
Duvet closure: zipper
Washable at 60°
Tumble dry, shake or stretch before
Iron at medium or high heat