Breccia Aurora Marble is a type of breccia marble quarried in Italy, renowned for its elegant and captivating appearance. The stone features a beige base color, giving it a warm and inviting character. The beige background is infused with fragments of various minerals and rocks, creating a captivating mosaic-like pattern.

The defining characteristic of this marble is the slightly contrasted darker tones that meander through the beige backdrop. These darker elements may manifest as veins, swirls, or patches, gracefully interweaving with the lighter base to create a harmonious yet visually stimulating design.

The overall effect of Breccia Aurora Marble is one of sophistication and refined aesthetics. When cut into slabs and polished, the natural colors and patterns of the marble are enhanced, providing a luxurious and glossy surface suitable for various interior applications.

Designers and architects often seek out this type of marble for its ability to add a touch of timeless beauty and sophistication to spaces like bathrooms, kitchens, flooring, and even grand entrance halls. Its unique blend of breccia beige with darker accents allows it to complement a wide range of design styles, from classic to contemporary, making it a versatile and sought-after material in the world of luxury building and design.

Please keep in mind that the description above is purely hypothetical based on the information you provided and does not represent an actual marble known as "Breccia Aurora Marble" as of my last update. If such a variety of marble exists now or in the future, I recommend consulting up-to-date and reliable sources for accurate and detailed information about its characteristics and origin.

Petrographic definition: limestone breccia
Massa Unit Volume: 2700 kg/m3
Water Absorption: 0.20%
Breaking Load Compression Simple: 79.9 MPa
Compression breaking load after freezing: 22.8 MPa
Elastic Modulus Tangent: 101,500 MPa
Tensile indirectly by bending 10.7 MPa
Its coefficient of Abrasion (referred to Granite St. Fedelino): 0.68
Impact resistance: minimum fall height: 31 cm
Linear thermal expansion coefficient of 3.9 x 10-5 0C-1
Knoop microhardness: 1491 MPa
Index of non-uniformity of hardness: 1.44
Source: Politecnico di Torino