Collection

Marble Worktops

Every slab is assessed for worktop suitability — movement consistency, finish performance, edge behaviour, and dimensional yield.

Suitable for kitchen islands, bathroom vanities, bar tops, and bespoke furniture.

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Marble Worktops — Frequently Asked Questions

Why does marble feel cool to the touch — and why does that matter in a kitchen?

Marble is almost pure calcite (CaCO₃), a mineral with unusually high thermal conductivity for a natural stone — roughly 2.5–3 W/m·K. It draws heat away from anything resting on it faster than most surfaces. Pastry chefs have prized this for centuries: cold marble slows butter from melting in dough. In everyday kitchen use, that same conductivity means the surface always feels cool and fresh underfoot or under your hands.

What actually happens when lemon juice or wine lands on a marble worktop?

Marble's calcite reacts with any acid — citric, acetic, tartaric — through a simple dissolution: CaCO₃ + 2H⁺ → Ca²⁺ + H₂O + CO₂. The fizz is real CO₂ escaping. On a polished surface this dissolves a microscopic layer of crystal, leaving a dull etch mark. It is not a stain — it is a change in surface texture. A honed finish makes etching virtually invisible because the surface is already matte. Modern impregnating sealers do not prevent etching (they block stains), but honed marble in a working kitchen develops a soft, living patina rather than visible damage.

How is marble formed, and why does each slab look different?

Marble begins as limestone on an ancient seabed — compressed shells, coral, and marine sediment, mostly calcite. When tectonic forces push that limestone deep enough for temperatures to reach 200–700°C and pressures of 1,500+ bar, the calcite crystals dissolve and regrow in a process called metamorphic recrystallisation. Trace minerals caught in the flow — iron oxides, graphite, chlorite, clay — become the veins. Because no two sections of seafloor had identical chemistry or experienced identical pressure paths, no two slabs can ever match exactly.

Is marble strong enough for a kitchen worktop?

Marble is softer than granite (Mohs 3 vs 6–7), but soft is relative — calcite still withstands the compressive loads of a kitchen easily, with typical compressive strength between 50 and 150 MPa. The practical concern is scratching, not structural failure. Using chopping boards prevents knife marks, and any surface scratch can be re-polished by a stone restoration specialist. Marble worktops in historic European kitchens have lasted centuries with minimal maintenance.

How should I maintain a marble worktop to keep it looking its best?

Seal with a food-safe impregnating sealer every 12–18 months — this fills the micropores in the calcite structure and blocks oil and pigment absorption without changing the stone's appearance. Clean daily with warm water and a pH-neutral stone cleaner (never vinegar or bleach — both react with calcite). Wipe acidic spills promptly. Over time, a well-used marble worktop develops a patina that many homeowners consider part of the stone's character. If you prefer a fresh look, a professional re-polish restores the original surface.