Quarzite Aurora
Aurora Quartzite, originally from Brazil, is a unique material characterized by a fascinating purplish background crossed by delicate gray and white hues. This stone, prized for its elegance and versatility, is ideal for enriching indoor environments but also lends itself to applications in outdoor settings. Perfect for kitchen and bathroom countertops, wall cladding and decorative applications, it brings a sophisticated touch to any project, combining aesthetics and functionality.
Product description
Aurora Quartzite is a natural stone with refined appeal, prized for its durability and distinctive appearance that makes it an exclusive choice. Sourced from Brazil, this quartzite is perfectly suited to design projects that require an elegant and durable material. With its unique texture and mix of sophisticated hues, it is ideal for creating striking surfaces in residential or commercial settings, such as flooring, wall cladding or furniture accessories.
Data sheet
| Country of origin | Brasile |
| Availability | Limitata |
| Compressive tensile strength | – |
| Compressive tensile strength after freezing cycles | – |
| Unit bending tensile strength | – |
| Coefficient of linear thermal expansion | – |
| Water imbibition coefficient | – |
| Impact resistance, minimum drop height | – |
| Frictional wear | – |
| Weight per unit volume |
Related materials
Aurora Quartzite is a natural stone with refined appeal, prized for its durability and distinctive appearance that makes it an exclusive choice. Sourced from Brazil, this quartzite is perfectly suited to design projects that require an elegant and durable material. With its unique texture and mix of sophisticated hues, it is ideal for creating striking surfaces in residential or commercial settings, such as flooring, wall cladding or furniture accessories.
Data sheet
| Country of origin | Brasile |
| Availability | Limitata |
| Compressive tensile strength | – |
| Compressive tensile strength after freezing cycles | – |
| Unit bending tensile strength | – |
| Coefficient of linear thermal expansion | – |
| Water imbibition coefficient | – |
| Impact resistance, minimum drop height | – |
| Frictional wear | – |
| Weight per unit volume |