Crema Luna
In the heart of western France, within the quarries of the Dordogne region, lies a natural treasure of unparalleled beauty: Crema Luna. What truly sets this material apart is the presence of fossils of varying sizes, remnants from an era when this stone formed as a seabed.
Shells, corals, and other marine organisms, crystallized over time, emerge on its surface to create a "blooming" effect that enriches the stone with character and depth.
Product description
The cloudy texture of Crema Luna is never uniform or monotonous, but instead offers a play of shades and tonal variations that bring movement and dynamism to surfaces. These subtle chromatic variations, ranging from dark beige tones to warmer hues leaning toward peach, allow the stone to blend harmoniously into any architectural context, from classic to contemporary.
Data sheet
| Country of Origin | France |
| Availability | Medium |
| Compressive Strength | 1126 kg/cm2 |
| Compressive Strength after Freeze-Thaw Cycles | – |
| Flexural Strength | – |
| Coefficient of Thermal Linear Expansion | – |
| Water Absorption Coefficient | 0.32% |
| Impact Resistance, Minimum Drop Height | – |
| Wear due to Friction | – |
| Unit Weight | 2620 kg/m3 |
The cloudy texture of Crema Luna is never uniform or monotonous, but instead offers a play of shades and tonal variations that bring movement and dynamism to surfaces. These subtle chromatic variations, ranging from dark beige tones to warmer hues leaning toward peach, allow the stone to blend harmoniously into any architectural context, from classic to contemporary.
Data sheet
| Country of Origin | France |
| Availability | Medium |
| Compressive Strength | 1126 kg/cm2 |
| Compressive Strength after Freeze-Thaw Cycles | – |
| Flexural Strength | – |
| Coefficient of Thermal Linear Expansion | – |
| Water Absorption Coefficient | 0.32% |
| Impact Resistance, Minimum Drop Height | – |
| Wear due to Friction | – |
| Unit Weight | 2620 kg/m3 |