SANT GERVASI – TABLE IN RECOVERED OLD PINE TWO-TONE
3.330,00 € – 3.940,00 €
The Sant Gervasi old pine table blends rustic charm with classic elegance, offering a distinctive centerpiece for any dining room. Handcrafted from premium solid wood, the table’s aged finish highlights its character, giving it an authentic, lived-in feel while maintaining the durability and quality expected of a high-end piece.
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| Weight | 70 kg |
|---|---|
| Dimensions | 180 × 90 × 76 cm |
The robust, carved legs are painted in a muted tone, adding a touch of vintage sophistication to the design. The spacious tabletop, with its natural wood grain and slight imperfections, offers both beauty and functionality, perfect for large family gatherings or intimate dinners.
The Sant Gervasi old pine table is a statement piece that brings warmth and elegance to any space, seamlessly integrating traditional craftsmanship with timeless style. This table is ideal for those who appreciate furniture that tells a story, combining history, artistry, and everyday practicality in one exquisite design.
If the product you are looking at does not meet your needs in terms of color, measurements or design, do not hesitate to request a personalized quote through the form available on our website. All our pine and old oak tables are made with reclaimed wood, which may present natural variations due to the contraction and expansion processes of the material.
The Sant Gervasi old pine table is a statement piece that brings warmth and elegance to any space, seamlessly integrating traditional craftsmanship with timeless style. This table is ideal for those who appreciate furniture that tells a story, combining history, artistry, and everyday practicality in one exquisite design.
If the product you are looking at does not meet your needs in terms of color, measurements or design, do not hesitate to request a personalized quote through the form available on our website. All our pine and old oak tables are made with reclaimed wood, which may present natural variations due to the contraction and expansion processes of the material.
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