Arabescato Vagli
Arabescato Vagli Marble is a typical marble from the Apuan/Versilia area, named after its extraction site, Vagli in the province of Lucca. The material has a white base with gray/greenish veins, sometimes with pinkish hues.
Arabescato Vagli can be used for both interior and exterior settings, including flooring, cladding, shower trays, countertops, and kitchen surfaces.
In the past, this material was commonly used for the construction of churches, with one example being the Basilica of St. Peter in Rome.
Product description
This marble has a long historical tradition. In the past, it was used for the construction of prestigious churches and monuments. A significant example is St. Peter’s Basilica in Rome, where Arabescato Vagli Marble was used for cladding and decorations.
Thanks to its durability and timeless beauty, Arabescato Vagli continues to be an ideal choice for both classic and modern design projects.
Data sheet
| Country of origin | Italy |
| Availability | Medium |
| Compressive Strength | 1472 kg/cm2 |
| Compressive Strength After Frost Cycles | 1352 kg/cm3 |
| Flexural Strength | 102 kg/cm2 |
| Thermal Linear Expansion Coefficient | 0.0041 mm/m°C |
| Water Absorption Coefficient | 0.54% |
| Impact Resistance, Minimum Drop Height | 41 cm |
| Wear Due to Friction | 0.44 cm |
| Density | 2714 kg/m3 |
Related materials
This marble has a long historical tradition. In the past, it was used for the construction of prestigious churches and monuments. A significant example is St. Peter’s Basilica in Rome, where Arabescato Vagli Marble was used for cladding and decorations.
Thanks to its durability and timeless beauty, Arabescato Vagli continues to be an ideal choice for both classic and modern design projects.
Data sheet
| Country of origin | Italy |
| Availability | Medium |
| Compressive Strength | 1472 kg/cm2 |
| Compressive Strength After Frost Cycles | 1352 kg/cm3 |
| Flexural Strength | 102 kg/cm2 |
| Thermal Linear Expansion Coefficient | 0.0041 mm/m°C |
| Water Absorption Coefficient | 0.54% |
| Impact Resistance, Minimum Drop Height | 41 cm |
| Wear Due to Friction | 0.44 cm |
| Density | 2714 kg/m3 |