Arcs coffee table oval
Find this Table near you
The Arcs Coffee Table Oval, designed by Jeffrey Huyghe, combines functionality with a spatial layout. The oval ceramic tabletop offers generous surface space for objects, books, or everyday use, while its rounded shape allows for a natural flow within the room. The arched aluminum legs provide a solid base while leaving ample legroom and circulation space. This makes the table particularly suitable for larger seating areas and open-plan interiors.
Jeffrey Huyghe
Jeffrey Huyghe graduated as an industrial product designer at Howest, Kortrijk. With a heart for engineering, Jeffrey likes to experiment with geometrical shapes and dynamic interactions. This translates in an interesting tension where minimalism and materialisation meet state-of-the-art engineering.
Perfect match
Table tops
Caravaggio
Black Iron
Charisma Grey
Marble Marone
Emperador
Absolute White
Black Iron
Calacatta Naturale
Bianco D'oro
Black Diamond
Sabbia Rosso
Charisma Beige
Natural oak
Dark oak
Travertino Alba
Pietra Matera
Frame
FAQ
All our tables are suitable indoors and outdoors.
Some of the frames are made of lacquered aluminium:
- Collins
- Curve
- Fizz
- Marguerite
Others are made of lacquered steel:
- Easy-4
- Layers
- Propeller
- Wire
- no scratches
- 100% UV-resistant
- absorbes no grease, acid water and wine
- 100% resistant to frost
- no more greasy fingers
- no visible dust
- indoor and outdoor use
- easy maintenance
Xeramica® 6+6 mm
This is a ceramic plate of 6 mm laminated onto a pane of 6 mm tempered glass. The maximum width is 150 cm. And this is only available in Calacatta.
Xeramica® 13 mm
This is a full ceramic plate, with 1 mm of fiber-glass membrane underneath. The maximum width is 150 cm. This is available in 10 colors: Emperador, Black Iron, Lava Brown, Absolute White, Marble Marone, Marble Azuro, Caravaggio, Travertino Grey, Soft Oak and Charisma Grey.
Our table tops are made of ceramic, Xeramica®. Xeramica® consists of minerals that are pressed together high pressure and at high temperature to form a very dense, homogeneous structure.