Pietra di Vicenza Limestone is a distinguished natural stone revered for its medium-grain texture and soft, creamy color palette. Quarried in the picturesque region of San Gottardo, Colli Berici, Zovencedo, within the province of Vicenza, Veneto, Italy, this limestone embodies the essence of Italian craftsmanship and timeless elegance.

The hallmark of Pietra di Vicenza Limestone lies in its gentle, earthy grey undertones, which are beautifully complemented by a creamy base color. These subtle hues create a harmonious balance that exudes warmth and sophistication, making it an ideal choice for a variety of architectural and design applications.

This limestone is characterized by its medium-grain texture, which adds depth and character to its surface. The presence of shell fragments within the stone further enhances its natural allure, imparting a sense of organic charm and visual interest.

Pietra di Vicenza Limestone's versatility is one of its most appealing attributes, allowing it to be used in a wide range of interior and exterior settings. Whether utilized for flooring, wall cladding, architectural facades, or decorative accents, its timeless beauty and durability make it a popular choice among designers and architects seeking to imbue their projects with a sense of understated luxury.

In summary, Pietra di Vicenza Limestone is a medium-grain natural stone with a light creamy earth grey shell rock, quarried in the historic region of San Gottardo, Colli Berici, Zovencedo, in the province of Vicenza, Veneto, Italy. With its elegant color palette, distinctive texture, and enduring appeal, it continues to captivate and inspire those who seek to create spaces of enduring beauty and refinement.

Petrographic definition: shell rock

Massa Unit Volume: 1925 Kg / m3

Water consumption: 10.7%

Compression breaking load Simple: 26.9 MPa

Compression breaking load after freezing: 22.7 MPa

Indirect Tensile Strength by bending 4.4 MPa

Coefficient corresponding Abrasion (referred to Granite St. Fedelino): 0.20

Impact resistance: minimum fall height: 26 cm

Coefficient of linear thermal expansion: 4.2 x 10-5 0C-1

Knoop microhardness: 392.4 MPa

Source: Università di Pisa - Politecnico di Torino