Nero Marquina
539 €/m²incl. VAT (435 € + 24% VAT)
In Stock
Final price depends on the size and volume of the project.
Additional information
| Surface finish | Polished |
|---|---|
| Thickness | 20mm, 30mm |
| Origin | Spain |
| Standard dimensions | 1500mm x 2900mm* |
| Weight per m2 | 54kg, 80kg |
| Application area | Bathroom, Kitchen, Wall, Window sill (indoors) |
Picture a black island unit with thin pale veins catching the light — Nero Marquina gives a kitchen real presence. Quarried in Spain and finished polished, it’s available in 20mm and 30mm thickness for kitchens and bathrooms alike.
Marble forms from limestone under heat and pressure, which leaves it more porous than granite or quartz. Liquids and grease can soak in faster, so stains should be wiped up quickly with a damp cloth and the surface sealed to keep its finish.
You’ll know the exact price before any cutting starts — our own team measures, fabricates and installs every Nero Marquina worktop at our Patika factory.
Frequently asked questions
How much does a Nero Marquina worktop cost?
Nero Marquina starts from 539 €/m². The final quote lists edge finishing, sink and hob cut-outs, measuring, delivery and installation separately. We send quotes within 24 hours on working days.
Where does Nero Marquina marble work well?
This deep black marble suits statement kitchen worktops, islands and bathroom surfaces where a bold contrast and natural veining are the goal.
How do I care for a Nero Marquina worktop?
Marble is porous and absorbs liquids and grease readily. Wipe spills quickly with a damp cloth and mild detergent if needed, avoid acidic substances, use trivets under hot pans, and reseal the surface periodically to keep it protected.
How long does installation take?
Installation takes 10 working days from drawing approval. We measure on site within a week, and one team handles measuring, fabrication and installation.
Nero Marquina is a deep black Spanish marble with fine pale veining, bringing a striking, elegant look to kitchen islands and bathroom surfaces.
