Arabescato Corchia
The Arabescato Corchia Marble is a natural stone of Italian origin, extracted from quarries located on Mount Corchia in the Apuan Alps, Tuscany. This marble takes its name from the mountain it originates from and is distinguished by its light background, which can vary from milky white to ivory, decorated with white spots and sinuous veins in light gray, bluish, or greenish hues.
Its arabesque structure, characterized by irregular and dynamic patterns, gives the material a unique and refined appearance.
Product description
From a technical perspective, Arabescato Corchia is a compact and durable marble. Its fine grain and holocrystalline composition ensure long-lasting durability and the ability to withstand mechanical and thermal stress. This marble is particularly valued for the luminosity it brings to spaces, making it ideal for luxury projects. Historically, it has been used in the construction of churches and prestigious palaces in cities such as Pisa, Lucca, and Genoa.
Data sheet
| Country of origin | Italy |
| Availability | Medium |
| Compressive break load | 1359 kg/cm2 |
| Compressive break load after freeze-thaw cycles | 1290 kg/cm3 |
| Unit break load in flexion | 239 kg/cm2 |
| Thermal linear expansion coefficient | 0.0061 mm/m°C |
| Water absorption coefficient | 0.14% |
| Impact resistance, minimum fall height | 42.5 cm |
| Wear by friction | 3.70 mm |
| Weight per unit volume | 2699 kg/m3 |
Related materials
From a technical perspective, Arabescato Corchia is a compact and durable marble. Its fine grain and holocrystalline composition ensure long-lasting durability and the ability to withstand mechanical and thermal stress. This marble is particularly valued for the luminosity it brings to spaces, making it ideal for luxury projects. Historically, it has been used in the construction of churches and prestigious palaces in cities such as Pisa, Lucca, and Genoa.
Data sheet
| Country of origin | Italy |
| Availability | Medium |
| Compressive break load | 1359 kg/cm2 |
| Compressive break load after freeze-thaw cycles | 1290 kg/cm3 |
| Unit break load in flexion | 239 kg/cm2 |
| Thermal linear expansion coefficient | 0.0061 mm/m°C |
| Water absorption coefficient | 0.14% |
| Impact resistance, minimum fall height | 42.5 cm |
| Wear by friction | 3.70 mm |
| Weight per unit volume | 2699 kg/m3 |