Breccia Corchia Marble

About
Item Details
- Material Type:
- Marble
- Origin:
Italy (Altagnana, Provincia di Massa - Carrara, Toscana) - Primary Color(s):
- Lilac
- Recommended Usage:
- Kitchen and bathroom countertops, wash basins, building stone, ornamental stone, stairs, interior, exterior wall and floor applications, mosaic, waterjet pattern, wall panels, table tops, balustrades, columns, wall and pool copings, pool pavers, sculptures, fireplaces
- Additional Names:
- Breccia Fior di Pesco Marble, Marmi Brecia Corchia, Breccia Violetta Marble, Breccia Corchia Viola Marble, Marmi Breccia Corchia, Breccia Corchia, Breccia Corchia Marble
- Finished Surface:
- Polished,Bush Hammered,Tumbled,Honed,Split,Machine Cut,Natural Surface,Combed,Leathered,Water Jet,Chiseled,Pickling
Testing
- Water Absorption:
- 0.08 %
- Density:
- 2695 kg/m3
- Flexural Strength:
- 13.4 MPa
- Compressive Strength:
- 98.0 - 113.0 MPa
- Stone texture:
- features a fragmented (brecciated) structure with irregular clasts of white, milky white, pink, or ivory set against a fine-grained background of gray, beige, or brown. The dramatic, intricate veining often appears in shades of gray, blue-gray, gold, and reddish-brown
Description
Breccia Corchia Marble is a unique and striking natural stone quarried in Altagnana, Provincia di Massa - Carrara, Toscana, Italy. It is recognized for its fragmented (brecciated) structure comprising irregular clasts of varying colors such as white, milky white, pink, or ivory. These clasts are set within a fine-grained background that ranges from gray, beige, to brown. The marble is celebrated for its dramatic and intricate veining, featuring shades like gray, blue-gray, gold, and reddish-brown, including hues of lilac.
Physical and Mechanical Properties
- Water Absorption: 0.08%
- Density: 2695 kg/m³
- Flexural Strength: 13.4 MPa
- Compressive Strength: 98.0 - 113.0 MPa
- Hardness: Typically assessed with Mohs scale, marble rates around 3.
- Porosity: Generally low due to its dense structure.
- Slip Resistance: Marble tends to be slippery, especially when polished; slip ratings can vary based on surface finish.
Chemical and Mineral Composition (% by Weight)
- Calcium Carbonate (CaCO₃): Predominantly consists of calcite, making up approximately 90% or more.
- Other possible trace minerals may include:
- Dolomite (CaMg(CO₃)₂)
- Quartz (SiO₂)
- Mica, Feldspar, and Minerals Iron Oxides contribute to veining colors.
Note: Chemical compositions can vary slightly depending on the specific extraction site and batch.
Usage
Breccia Corchia Marble is commonly used for:
- Interior Wall Cladding
- Flooring
- Bathroom Vanities
- Kitchen Countertops
- Fireplaces
- Sculptural works and decorative accents
Maintenance
- Regular Cleaning: Use mild detergent and water.
- Avoid Acidic Cleaners: As marble is susceptible to etching.
- Sealant Application: Regular sealing recommended, typically every 6-12 months, to protect from stains and etching.
Cutting Sizes (cm)
Breccia Corchia Marble can be custom-cut, but common available sizes include:
- Tiles: 30x30, 60x30, 60x60
- Slabs: Custom sizes, typically 2cm or 3cm thick
Common Surface Finish Options
- Polished: Enhances the stone's natural colors and veining, smooth and glossy.
- Honed: Matte finish, slightly less vibrant but offers better slip resistance.
- Brushed: Textured surface that adds character while improving grip.
- Antiqued: Provides an aged look, suitable for rustic designs.
Breccia Corchia Marble is appreciated for its elegance and versatility, making it a popular choice for luxurious interiors. Proper care and maintenance ensure its beauty and functionality for decades.
- Petrographic Definition: Marble
- Massa Unit Volume: 2,695 kg/m³
- Water Absorption: 0.08%
- Compressive Strength (Simple): 98 MPa
- Compressive Strength (After Freezing): 113 MPa
- Flexural Strength (Indirect Tensile by Bending): 13.4 MPa
- Abrasion Coefficient (Referred to Granite St. Fedelino): 0.69
- Impact Resistance (Minimum Fall Height): 43 cm
- Coefficient of Linear Thermal Expansion: 4.9 × 10⁻⁵ °C⁻¹
- Knoop Microhardness: 1,452 MPa
- Non-uniformity Index of Hardness: 1.14
Source: Università di Pisa – Politecnico di Torino















