Breccia Aurora
The Breccia Aurora marble is an Italian natural stone, primarily extracted in the province of Brescia, in the Pre-Alps of Brescia. It is known for its warm beige background, enriched by veins that range from red to orange, with occasional green or brown hues that further enhance its elegance.
Thanks to its unique structure and characteristic veins, it is particularly suitable for open-pit installations, creating visually captivating compositions.
Product description
This classic marble is ideal for interior applications, such as floors, wall cladding, stairs, fireplaces, and decorative objects. Its versatility makes it suitable for both traditional and modern settings, adding a touch of luxury to any environment. Furthermore, thanks to its resistance and durability, Breccia Aurora maintains its natural beauty over time.
Data sheet
| Country of origin | Italy |
| Availability | Limited |
| Compression breaking load | 814 kg/cm2 |
| Compression breaking load after freeze-thaw cycles | 232 kg/cm2 |
| Unit bending breaking load | 109 kg/cm2 |
| Thermal linear expansion coefficient | 0.0039mm/m°C |
| Water absorption coefficient | 0.68% |
| Impact resistance, minimum drop height | 31 cm |
| Wear by friction | – |
| Weight per unit volume | 2000 kg/m3 |
This classic marble is ideal for interior applications, such as floors, wall cladding, stairs, fireplaces, and decorative objects. Its versatility makes it suitable for both traditional and modern settings, adding a touch of luxury to any environment. Furthermore, thanks to its resistance and durability, Breccia Aurora maintains its natural beauty over time.
Data sheet
| Country of origin | Italy |
| Availability | Limited |
| Compression breaking load | 814 kg/cm2 |
| Compression breaking load after freeze-thaw cycles | 232 kg/cm2 |
| Unit bending breaking load | 109 kg/cm2 |
| Thermal linear expansion coefficient | 0.0039mm/m°C |
| Water absorption coefficient | 0.68% |
| Impact resistance, minimum drop height | 31 cm |
| Wear by friction | – |
| Weight per unit volume | 2000 kg/m3 |