Connubia Duel extendable table
One for all and all for one: the four legs of the Duel table, like out-of-scale foil tips, cross and fit together in a perfect architectural game made of circular-section tubes connected at the ends. The support surfaces, both fixed and extendable and available in different sizes and finishes, are supported by the powder-coated metal base and suitable for both indoor and outdoor use.
The sculptural design is played on contrasts between the dynamism of the base and the stability of the horizontal lines, between the decisive presence of the individual legs and the essentiality of the support surface.
The Duel Table is characterized by a metal base with a cross with rounded shapes and sinuous. The top is rectangular and fixed and measures 200 x 100 cm. The top can be selected in three different materials: Wood, Eco-stone and Ceramic.
Info & Details:
Top Material:
- Eco-stone thickness 18 mm. Made with recycled material, obtained from the recovery of fiberglass and other post-consumer fibre-reinforced composites. They are re-aggregated at high pressure guaranteeing the product robustness and stability in all environmental conditions. Eco-sustainable material and recyclable again at the end of its life.
- Ceramic thickness 12 mm. The porcelain stoneware worktop offers exceptional characteristics in terms of resistance to scratches, impacts, stains, temperature changes and chemical products. It is easy to clean and absolutely hygienic as it does not absorb liquids and does not release harmful substances.
- Oak veneer, 40 mm thick. Made using sheets of noble wood of variable thickness obtained directly from the best quality trunks. These are then glued onto various supports and finished in the desired shade. It gives great quality to the products and an excellent aesthetic result.
Basic material: powder-coated metal and suitable for both indoor and outdoor use.
2 side extensions that can be opened individually
Dimensions:
Height: 76 - Seat: 43 cm
Width: 200 cm (250/300)
Depth: 100 cm
Weight → 189.3 kg