Oval dining table Solana Brown Mango Wood 240 cm

The Solana Brown Mango Wood Dining Table 240 cm by Starfurn stands out due to its construction with mango wood and metal, brown. This version is made of mango wood and metal, brown, 240 x 120 x 76 cm.

How is this dining table designed?

The design of Solana Brown is recognizable by its construction with mango wood and metal, brown. The top and base together form the main silhouette. The size of this specific variant determines whether the piece of furniture stands compactly next to a seating area or works as a larger central element in the room.

Dimensions and placement

The table has external dimensions of 240 x 120 x 76 cm. The rectangular top line determines how the table looks in the room and how much walking space is needed around the ends. Leave enough space around the top to push chairs back. For larger sizes, it is advisable to first lay out the full top outline on the floor; this way you can better see how the table relates to doors, cabinets, and the walking route.

Material and maintenance

The product is made of mango wood and metal with a brown color scheme. Because the piece of furniture is handmade, small differences in color, grain, or shape may occur. This variation is part of the material and makes each piece just a little different. For daily maintenance: Wipe with a slightly damp cloth.

The size in relation to the room

The external dimensions of 240 x 120 x 76 cm determine how much floor or wall space Solana Brown takes up. At the same time, do not only look at the width, but also at the depth: precisely that dimension determines how much the piece of furniture enters the room. For tables, extra space is needed for chairs and walking routes; for cabinets for opening doors or drawers. By laying out the full size in advance, it is better to assess whether this specific variant fits.

Please note: we do our utmost to represent products as naturally as possible. Please bear in mind that colors, materials, and finishes may differ slightly in reality due to studio lighting, screen settings, light incidence, and product properties.