Fior di Pesco Carnico

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The Fior di Pesco Carnico is a prestigious Italian marble renowned for its refined elegance and distinctive chromatic harmony. This material, primarily quarried in the Carnic Alps, stands out for its light and delicate hue, with shades ranging from white to gray. Its unique appearance is enriched by ivory, gray, or pinkish veins, creating a sophisticated and harmonious aesthetic effect, making it a highly appreciated choice in the world of architecture and interior design.

Product description

Thanks to its crystalline and compact structure, Fior di Pesco Carnico boasts excellent resistance and durability, making it an ideal material for a wide range of applications. It is particularly used in the creation of flooring, wall cladding, kitchen countertops, luxury bathrooms, staircases, and decorative details that enhance the beauty of spaces. Its polished and refined surface lends interiors an exclusive and timeless atmosphere, seamlessly adapting to both classic and modern styles.

Data sheet

Country of Origin Italy
Availability Good
Compressive Strength 1315 kg/cm2
Compressive Strength after Freeze-Thaw Cycles 1215 kg/cm2
Flexural Strength 141 kg/cm2
Coefficient of Linear Thermal Expansion 0.0049 mm/m°C
Water Absorption Coefficient 0.09%
Impact Resistance, Minimum Drop Height 43 cm
Wear Resistance
Density 2687 kg/m3

Related materials

Thanks to its crystalline and compact structure, Fior di Pesco Carnico boasts excellent resistance and durability, making it an ideal material for a wide range of applications. It is particularly used in the creation of flooring, wall cladding, kitchen countertops, luxury bathrooms, staircases, and decorative details that enhance the beauty of spaces. Its polished and refined surface lends interiors an exclusive and timeless atmosphere, seamlessly adapting to both classic and modern styles.

Data sheet

Country of Origin Italy
Availability Good
Compressive Strength 1315 kg/cm2
Compressive Strength after Freeze-Thaw Cycles 1215 kg/cm2
Flexural Strength 141 kg/cm2
Coefficient of Linear Thermal Expansion 0.0049 mm/m°C
Water Absorption Coefficient 0.09%
Impact Resistance, Minimum Drop Height 43 cm
Wear Resistance
Density 2687 kg/m3

Related materials