Porcelain Surface
Porcelain is defined as a ceramic product that has been baked at high temperatures to achieve a glass-like, permanently hardened, virtually non-porous material. It is manufactured from a sophisticated blend of natural raw materials using sintered particle technology.
QuantumSix+ (Q6+) is a porcelain sheet that measures 3200x1600x6/12mm. Many Q6+ colours replicate the finest examples of marble and other natural stone. At 6mm thick (select colours available in 12mm), material is thinner and easier to work with than natural stone. You will enjoy significant cost savings when comparing Q6+ to natural stone.
To know more about Quantum Quartz® Standard - Deluxe - Designer range please click on the links below. |
NEOLITH is the largest sintered compact surface, which offers the most efficient solutions for the most demanding architectural projects, as well as an extensive combination of colours and finishes, making it a designer product that can be used in numerous applications for interiors, exteriors and furnishings.
Lightweight, waterproof, easy to clean, hygienic, resistant to high temperatures, resistant to wear & tear, resistant to bending and environmentally friendly. To know more information please click the links below. |
Ultra Compact Surface
The term “ultra compact surface” is used to describe a completely new benchtop surface that is made by putting the raw materials found in glass, porcelain, and quartz, under extreme heat and pressure to create an almost indestructible material.
Dekton employs exclusive Sinterized Particle Technology, a high tech process which represents an accelerated version of the metamorphic change that natural stone undergoes when subjected to high temperatures and pressure over thousands of years. Sinterized particle technology synthesizes truly innovative procedures from the most advanced technology industries. This evolution represents a technological and industrial leap capable of generating a new process, a revolutionary material and a leading product
Electronic microscopy allows us to fully appreciate the material’s zero porosity, a consequence of the sinterization and ultra-compaction process exclusive to DEKTON. |