Palazzo
The Palazzo is a high-quality quartzite with a medium grain, characterized by a light gray background and oval veins in a light and dull blue color. Its durability and beauty make it suitable for both indoor and outdoor environments, where it can be used for cladding and decorative details.
The stone adds an elegant and refined touch, fitting various architectural styles, from classical to modern, while maintaining a versatile and long-lasting appearance over time.
Product description
The Palazzo quartzite stands out for its versatility and sturdiness, making it an ideal choice for design projects that require durable and high-quality materials. Its surface, characterized by a subtle contrast of tones, perfectly adapts to different styles, from classic to contemporary. Used for flooring, walls, or decorative details, its resistance to weathering makes it suitable for outdoor use as well, without compromising its aesthetic appeal.
Data sheet
| Country of origin | Italia |
| Availability | Limitata |
| Compressive tensile strength | |
| Compressive tensile strength after freezing cycles | |
| Unit breaking load in bending | |
| Coefficient of linear thermal expansion | |
| Coefficient of linear thermal expansion | 0,13% |
| Impact resistance, minimum drop height | |
| Friction wear | 0,7mm |
| Weight per unit volume | 2600 kg/m3 |
Related materials
The Palazzo quartzite stands out for its versatility and sturdiness, making it an ideal choice for design projects that require durable and high-quality materials. Its surface, characterized by a subtle contrast of tones, perfectly adapts to different styles, from classic to contemporary. Used for flooring, walls, or decorative details, its resistance to weathering makes it suitable for outdoor use as well, without compromising its aesthetic appeal.
Data sheet
| Country of origin | Italia |
| Availability | Limitata |
| Compressive tensile strength | |
| Compressive tensile strength after freezing cycles | |
| Unit breaking load in bending | |
| Coefficient of linear thermal expansion | |
| Coefficient of linear thermal expansion | 0,13% |
| Impact resistance, minimum drop height | |
| Friction wear | 0,7mm |
| Weight per unit volume | 2600 kg/m3 |
