Collection

The extensive collection is timeless and rich with a lot of love for detail.

The CSrugs collection fits both modern and classic interiors. The collection offers a wide range of structures, pile lengths and colours. And, just like the size of the rug, they all can be chosen according to individual preference. CSrugs always works on a custom made basis. Together we create a perfect match with your interior. A clear hallmark of CSrugs is the use of fine [worsted-] yarn; this allows for the use of a large quantity of colours, which results in a nuanced, luxurious rug.

CSrugs mostly uses yarn of organic origin, such as various types of wool from New Zealand, but also linen, cotton, viscose and delicate silk. Yarns with beautiful and pleasant characteristics, which, either in their entirety or as effect yarn deliver extraordinary results. For its outdoor rugs on the other hand, CSrugs uses synthetic yarn that meets the highest quality demands.

The pile heights of our rugs range from 6mm to 80mm's . We offer both bouclé and cut pile rugs. Our fluffy long pile rugs Sauvage in 45 or 60 are really filling the room! There are more velvety collections like Merino and Lilain. We offer Caméléon, a stunning gradient rug and we do have more fashionable collections like Tweet [Chanel-inpired!] and Couture. But there is a lot more! Enjoy discovering them all.

Rectangular of square rugs work well in the interior but special, deviant shapes can work very nicely too. An angular rug or a rug with a curve gives just that little bit of playfulness. But of course you can also choose a real exotic eye-catcher! In our Shapes Brochure you will find some examples. Try to imagine what it would look like! Our partners are happy to advise you the best possible fit for your interior.

Beaufort

Byzance

Caméléon

Chalet

Connect

Contour

Cosmopolitan

Couture

Division

Donegal

Emily

Filasse

Forêt

Lilain

Melissa Bloom

Merino

Metropolis

Mistral

Mystique

Nuage

Pixelated

Salinas de Maras

Sauvage

Sauvage Dégradé

Sophie

Surfaces 3D

Tweet