Fior di Pesco Classico

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Fior di Pesco Classico is a marble breccia with varying shades, ranging from bright red to pink, with hints of green and white. Its grain varies, alternating between coarser areas and finer textures. This material, with its vibrant colors and unique texture, is ideal for creating decorative effects in elegant environments, adding a touch of refinement and originality.

Thanks to its distinctiveness, it is suitable for ornamental residential elements and can also be used for fireplace cladding or open-patch coatings.

Product description

Fior di Pesco Classico is a stone that stands out for its extraordinary visual complexity, where its veins and color shades create a balance between dynamism and refinement. Its irregular composition and the alternation of larger and smaller grains make each surface unique, giving it a natural and authentic look. Perfect for spaces that wish to express personality and originality, it is ideal for decorative details or as a main element in projects with a distinctive character.

Data sheet

Country of origin Italia
Availability Limitata
Compressive tensile strength
Compressive tensile strength after freezing cycles
Unit breaking load in bending
Coefficient of linear thermal expansion
Water imbibition coefficient 0,23%
Impact resistance, minimum drop height
Friction wear
Weight per unit volume 2700 kg/m3

Related materials

Fior di Pesco Classico is a stone that stands out for its extraordinary visual complexity, where its veins and color shades create a balance between dynamism and refinement. Its irregular composition and the alternation of larger and smaller grains make each surface unique, giving it a natural and authentic look. Perfect for spaces that wish to express personality and originality, it is ideal for decorative details or as a main element in projects with a distinctive character.

Data sheet

Country of origin Italia
Availability Limitata
Compressive tensile strength
Compressive tensile strength after freezing cycles
Unit breaking load in bending
Coefficient of linear thermal expansion
Water imbibition coefficient 0,23%
Impact resistance, minimum drop height
Friction wear
Weight per unit volume 2700 kg/m3

Related materials