The Bodoni series of extension tables was designed by Sam Hecht and Kim Colin. The inspiration came from the Italian font designer Giambattista Bodoni, who combined thick vertical lines and thin horizontal lines to contrast the Bodoni font (Thin Tony font), so it is named after it. . Bodoni is also the brand font of fashion magazines VOGUE, ELLE and GIORGIO ARMANI.

The Bodoni extension table consists of four thick legs, which support a lightweight extension table board like pillars. The interesting line contrast is like typography. The Bodoni table is so simple to put together that any complex details are reduced to the essentials. The Bodoni series offers a choice of different sizes and colors. The table legs and joints are made of aluminum. The table top can be selected in Fenix-NTM table top color according to customized needs, exuding a modern design style.

Material:

• Table legs - aluminum

• Table top - Fenix-NTM , Laminam® ceramic surface material

Dimensions: (Table thickness: Fenix-NTM 10mm, Laminam® Ceramic Surface Material 10mm)

• Depth 90 x Width 188-225-262 x Height 75 cm

• Depth 90 x Width 208-245-282 x Height 75 cm

• Depth 100 x Width 188-235-282 x Height 75 cm

• Depth 100 x Width 208-255-302 x height 75 cm

color:

• Table board-

• Fenix ​​table top - London Gray / Bromo Gray / Taupe Ottawa beaver

• Laminam® - IN-SIDE / I NATURALI / I NATURALI Polished (Please contact the store specialist for color ticket details)

• Table legs-

• Special color: Champagne / Brown(Brown) / Space gray / Onyx black

• Basic color: White / Taupe (Ottawa beaver) / London gray / Dark gray(Bromo gray) / Black(Black)

Note: Fenix-NTM® and Laminam® ceramic surfaces can be placed outdoors

Note: Glossy versions of Laminam® ceramic table tops may exhibit slight ripples on the surface, especially if they are reflective. Please note that this waviness is an almost unavoidable phenomenon caused by the smoothing process of the thin glass layer and is an integral and accepted part of the product.

Origin: Italy

Fenix-NTM®, Laminam® material introduction