Black Gold Flower Sintered Stone

Black Gold Flower Sintered Stone is an artificial stone meticulously engineered with state-of-the-art technology to replicate the exquisite characteristics of the original Italian Portoro marble. This artificial stone is crafted to perfection, making it incredibly challenging to differentiate from the authentic Italian Nero Portoro marble. It is available in various thicknesses, including 0.6mm, 0.8mm, 10.00mm, 12.00mm, 14.00mm, 16.00mm, 18.00mm, and 20.00mm.

The matrix of minerals undergoes a process of heating, known as sintering, resulting in a solid and impenetrable mass. Black Gold Flower Sintered Stone emulates the mesmerizing black background with golden white veined and featured patterns found in Italian Portoro marble. Its surface exhibits remarkable durability, outperforming quartz in numerous aspects. Resistant to etching, scratching, burning, or staining, this artificial stone offers an ideal solution for those seeking the opulent aesthetic of Italian Nero Portoro marble with enhanced durability. It is suitable for various applications, including countertops, flooring, and other interior design elements.

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