Unique Calacatta Gold Quartz Slab
Unique Calacatta Gold Quartz Texture

Unique Calacatta Gold is a man-made material called Quartz. This stone is mostly used for kitchen countertops, backsplashes, vanity tops, and kitchen islands. Calacatta Gold has strong veins of light gray, light beige, and gold that strike through the surface like a bolt of lightning as the surface resembles natural marble stone. This product has a quality layer that resists water flow and it’s easy to clean & wash. The large patterns of Calacatta Gold Quartz Stone, as a countertops over the cabinets will give a unique premium look to your kitchen & homes.

 

Size: 330 x 163 cm – 130″ x 64″

 

Thickness: 20mm – 3/4 & 39mm – 1 1/4″

 

Type: Quartz

 

Price Range for Quartz: $50 – $150 per square foot

Unique Calacatta Gold Model
PROPERTY TEST METHOD UNITS OF MEASURAMENT TYPICAL VALUE
FIRE REACTION (EUROCLASSES) EUROCLASSES UNE-EN-ISO 9239-1:2002 & ISO 1716:2002 Euroclassses A2fl s1
LINEAR THERMAL EXPANSION COEFFICIENT UNE EN 14617-11:2006 Agglomerated stone. Determination of linear thermal expansion coefficient. ºC-1 2,06 x 105
FLEXURAL STRENGTH UNE EN 14617-2:2005 Agglomerated stone. Determination of flexural strength. MPa 45 – 55
IMPACT RESISTANCE UNE EN 14617-9:2005 Agglomerated stone. Determination of impact resistance. J 8 – 11
SLIP RESISTANCE UNE EN 14231:2004 Tiles of natural stone for external paving. Requirements and test methods. USRV 6 wet 37 dry
WATER ABSORPTION UNE EN 14617-1:2005 Agglomerated stone. Determination of water absorption. % 0,06 – 0,08
APPARENT DENSITY UNE EN 14617-1:2005 Agglomerated stone. Determination of water absorption. kg/m3 2,350 – 2,450
ABRASION RESISTANCE UNE-EN 14617-3:2005 Agglomerated stone. Determination of the abrasion resistance. mm 26 – 28
CHEMICAL RESISTANCE UNE EN 14617-10: 2005 Agglomerated stone. Determination of the chemical resistance. C4 Surface Hardness
C4 Alkalis: 80% resistance after 8 hours.
SURFACE HARDNESS UNI EN 101 Ceramic tiles. Determination of scratch hardness of surface according to MOHS. MOHS 6 -7