Calacatta Classico Sintered Stone is a sophisticated artificial stone meticulously crafted using state-of-the-art technology, creating an impeccable replica of the original Italian Calacatta Marble. This engineered stone captures the essence of the Calacatta Carrara Marble, featuring a pure white background adorned with soft gray hues and intricate veining and features.

The manufacturing process involves the use of high-tech machines, resulting in a material that is incredibly challenging to distinguish from natural Calacatta Carrara Marble. This sintered stone is produced in various thicknesses: 0.6mm, 0.8mm, 10.00mm, 12.00mm, 14.00mm, 16.00mm, 18.00mm, and 20.00mm. The fabrication technique employs a matrix of minerals that are heated (or sintered) to form a solid, impenetrable mass.

Calacatta Classico Sintered Stone boasts a surface that is impervious to etching, scratching, burning, or staining. Its durability surpasses that of quartz, making it an ideal choice for a wide range of applications. This versatile material finds its place in kitchens and bathrooms for countertops, commercial surfaces, ornamental stone, stairs, interior and exterior wall cladding, flooring, mosaic designs, waterjet patterns, wall panels, table tops, columns, fireplaces, and custom furniture.

With its timeless aesthetic and superior performance characteristics, Calacatta Classico Sintered Stone elevates the appeal of any space, combining the allure of natural marble with the durability of cutting-edge engineered materials.

Sintered Stone Test Result

Apparent Density..... BS EN 14617-1..... 2390.24 Kg/m3

Water Absorption by mass..... BS EN 14617-1..... % 0.022

Water Absorption by Capillarity..... BS EN 1925..... % 0.0057

Flexural Strength..... BS EN 14617-2..... 54.78 MPa

Flexural Strength (after 25 freeze cycles)..... BS EN 14617-2..... 54.26 MPa

Flexural Strength (after 20 cycle thermal shock)..... BS EN 14617-2..... 54.43 MPa

Coefficient of freeze resistance in flexural strength (after 25 freeze cycles)..... BS EN 14617-5..... 98.5

Coefficient of thermal shock resistance as change in flexural strength (percentage after 20 cycles).... BS EN 14617-6.... % 0.89

Abrasion Resistance..... BS EN 14617-4..... 14.04 mm

Determination of resistance to fixing..... BS EN 14617-8..... 2079.05 N

Chemical Resistance..... BS EN 14617-10..... C4

Impact Resistance..... BS EN 14617-9..... 1.969 J

Linear thermal expansion coefficient..... BS EN 14617-11.....5.788 10-6 (°C-1 )

Thermal conductivity in dry condition..... BS EN ISO 10456..... 1.29 W/m.K

Specific heat capacity..... BS EN ISO 10456..... 840.03 J/kg.K

Slip Resistance for dry honed surface..... BS EN 14231..... 79

Slip Resistance for wet honed surface..... BS EN 14231..... 26