(Reference Brand: DEKTON)

 

Ultra-compact Surfaces

UC Surfaces are a sophisticated blend of the raw materials used to produce glass,  latest porcelain generation and quartz work surfaces. It is used an exclusive Sinterized Particle Technology, a high tech process which represents an accelerated version of the metamorphic change that natural stone (high temperatures and pressure over thousands of years).

 

Dekton

DEKTON represents a new material concept. Ultra-compaction is responsible for the material’s mechanical properties. This level of compaction contributes significantly to the material’s low porosity, making it a low-maintenance, long-life product. Panel huge dimensions, color and thickness gives architects new possibilities for their facades designs.

ultrasize 1440x3200mm

8, 12, 20mm thickness

16 colors

edora

danae

aura

ariane

ananke

zenith

vegha

sirocco

sirius

keraniun

kelia

kairos

kadum

UV Resistance

Scratch Resistance

Stain Resistance

Dimension Stability

Color Stability

Cold Resistance

Non Porous

Flexural Resistance

High Tech

The technology has achieved succesfully the challenge of producing a wonderful material, with super properties: huge size, very hard, no absorption, no frost, no stains, no thermal or moisture expansion…  Now is time for architects and consultants to take the challenge and design architectural masterpieces.

Ultraology

UV Resistance, highly scratch resistant, resistance to stains, high resistance to fire and heat, resistance to abrasion, resistan to ice and thawing, high mechanical resistance, reduced water absorption, color stability, dimensions stability, ultra thickness (8,12, 20mm), ultrasize (1440x3200mm).

  • Residential & Appartments 70%
  • Public Builidings 70%
  • Hospitals & Universities 90%
  • Hotels 80%

Amazing material

Modern technology has created a material with ultra properties. From the stetical point of view, DEKTON give us a wide range of color and huge dimenions for special project designs. Architects will be satisficed.

Live Project