A wide range of possibilities
Mathias De Ferm
Mathias is a product and furniture designer from Antwerp, Belgium. Collaborating with renowned international brands, his work includes furniture, products, lighting and micro-architecture.
His work is characterized by a strong belief in the social relevance of design. A dining table, for instance, is not limited to its practical qualities. It forms the social centerpiece of a home: a place where people gather to eat, drink and talk with each other. This idea led to a serene yet warmhearted aesthetic and the frequent use of durable materials.
Variant
Length
Width
Height
tripod - square 70 - height 66
70 cm
70 cm
66 cm
tripod - square 70 - height 75
70 cm
70 cm
75 cm
tripod - square 70 - height 90
70 cm
70 cm
90 cm
tripod - square 70 - height 110
70 cm
70 cm
110 cm
4 legs - square 80 - height 66
80 cm
80 cm
66 cm
4 legs - square 80 - height 75
80 cm
80 cm
75 cm
4 legs - square 80 - height 90
80 cm
80 cm
90 cm
4 legs - square 80 - height 110
80 cm
80 cm
110 cm
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.