Ivory - Limestone
Quarry Location: San Gottardo, Colli Berici, Zovencedo, Provincia di Vicenza, Veneto
Water Absorption: 10.7 By weight %
Density: 1925 kg/m³
Flexural Strength: 4.4 MPa
Compressive Strength: 22.7 - 26.9 MPa
Recommended Usage: Kitchen countertops, monuments, building stone, ornamental stone, stairs, interior, exterior wall and floor applications, mosaic, waterjet pattern, wall panels, table tops, window sills, wall and pool copings, pool pavers, sculptures, cobbles, pavers, curbstone
Finishing Surface: Polished,Bush Hammered,Tumbled,Brushed,Honed,Split,Machine Cut,Natural Surface,Sandblasted,Combed,Water Jet,Filled,Chiseled,Pickling
Additional Names: Bianco Avorio Chiara, Bianco Avorio Vicenza Limestone, Pietra di Vicenza, Pietra Bianca di Vicenza, Pietra di Vicenza Chiara, Pietra Vicenza, San Gottardo Chiara Limestone, Bianco Avorio Limestone, Piedra di Bianco Avorio,Bianco Avorio Limestone
Bianco Avorio Limestone, also recognized as Pietra di Vicenza, Pietra Bianca di Vicenza, or Piedra San Gottardo Chiara, is a remarkable sedimentary rock that exhibits a timeless and elegant character. Here's a detailed description:
Color Palette: This limestone is celebrated for its exquisite color palette, featuring a fine-grain texture and a dominant ivory, creamy, or light beige hue. What adds to its charm are the tiny, naturally occurring white to dark beige fossils that are scattered throughout the stone. These fossils, reminiscent of ancient imprints, create a unique and visually engaging pattern.
Origin: Bianco Avorio Limestone is quarried in the San Gottardo region, specifically in Colli Berici, Zovencedo, within the Provincia di Vicenza in the Veneto region of Italy. This area is renowned for its rich geological history and the production of high-quality natural stones.
Texture: This limestone typically features a honed or polished finish, enhancing its natural beauty and texture. The honed surface has a smooth, matte appearance, while the polished finish adds a subtle sheen that brings out the stone's inherent elegance.
Applications: Bianco Avorio Limestone is a versatile and elegant material suitable for a wide range of architectural and design applications. Its creamy beige color and fossilized patterns make it a favored choice for interior and exterior flooring, wall cladding, countertops, fireplace surrounds, and decorative elements. It seamlessly combines classic aesthetics with a touch of historical charm.
Aesthetic Impact: The light beige and ivory tones of this limestone exude a sense of purity and timelessness. The presence of tiny natural fossils adds a layer of history and character to the stone, making it a perfect choice for spaces that require a touch of elegance and refinement.
Uniqueness: Each slab of Bianco Avorio Limestone is unique due to the natural variations in the distribution of fossils and the fine-grain texture. This inherent exclusivity ensures that every installation using this limestone is distinct and one of a kind.
Maintenance: Proper care and maintenance, such as routine cleaning and sealing, are recommended to protect the surface and preserve the appearance of Bianco Avorio Limestone over time.
In summary, Bianco Avorio Limestone, also known as Pietra di Vicenza or Pietra Bianca di Vicenza or Piedra San Gottardo Chiara, is a captivating natural stone quarried in the Veneto region of Italy. Its fine-grain texture, creamy beige color, and natural fossils create a distinctive and elegant appearance. This limestone is a timeless choice for a wide range of architectural and design projects, adding a sense of purity and historical charm to interior and exterior spaces.
Petrographic definition: Fossilized Shell Rock
Massa Unit Volume: 1925 Kg / m3
Water Absorption: 10.7%
Breaking Load Compression Simple: 26.9 MPa
Compression breaking load after freezing: 22.7 MPa
Tensile indirect through Flex: 4.4 MPa
Coefficient relative Abrasion (referred to Granite St. Fedelino): 0.20
Impact resistance: minimum fall height: 26 cm
Linear thermal expansion coefficient of 4.2 x 10-5 0C-1
Knoop microhardness: 392.4 MPa
Source: Università di Pisa - Politecnico di Torino