Description
Handcrafted Microcement Dining Table – S01
Contemporary design. Seamless finish. Made to order.
Bring modern elegance to your dining space with our Handcrafted Microcement Dining Table. Combining a beautifully handcrafted microcement tabletop with a sculptural black metal base, this statement piece is designed to complement both contemporary and classic interiors.
Each tabletop is individually finished by hand using ClaudiCemento microcement, creating a seamless, matt or satin surface with subtle natural variations in texture and tone. The 50 mm-thick tabletop features carefully crafted 45° bevelled edges, giving the table a refined, architectural appearance.
Available in the full ClaudiCemento colour collection, each table is made to order, allowing you to choose the perfect finish for your interior.
Product Specifications
| Feature | Specification |
|---|---|
| Tabletop dimensions | 274 cm (L) × 115 cm (W) |
| Tabletop thickness | 50 mm |
| Edge profile | 45° bevelled edge |
| Base height | 71.2 cm |
| Overall table height | Approx. 76.2 cm |
| Base top dimensions | 124.7 × 74.3 cm |
| Base bottom dimensions | 152.4 × 86 cm |
| Base material | Black metal |
| Tabletop finish | Hand-applied ClaudiCemento microcement |
| Weight | Approx. 80 kg (subject to confirmation) |
| Colour options | Full ClaudiCemento colour range |
| Production & delivery | 6–8 weeks |
Colour Options
Our dining tables are available in all ClaudiCemento microcement colours.
Simply select your preferred colour from the available options when placing your order.
As microcement is applied by hand, subtle variations in colour and texture are a natural characteristic of the material, making each tabletop unique.
Made to Order
Every ClaudiCemento microcement dining table is made to order, with the tabletop individually handcrafted and finished in your chosen colour.
Estimated production and delivery time: 6–8 weeks from order confirmation.
Please note that colours may appear slightly different depending on screen settings and lighting conditions.
