Image number 32 of the current section of Dekton® Trilium Wins Prestigious German Design Award 2018 in Cosentino Ireland

Dekton® Trilium Wins Prestigious German Design Award 2018

Tags: news and events | 7 years ago | Written by: Cosentino

Image number 33 of the current section of Dekton® Trilium Wins Prestigious German Design Award 2018 in Cosentino Ireland

The ultra-compact surface for architecture and design, Dekton® Trilium, has been distinguished with the Winner Award in the Materials and Surfaces category at the German Design Award 2018.

The German Design Award is the top international prize of the German Design Council, Germany’s leading brand and design authority. Its goal is to discover, present and honour unique design trends. Every year, top designs are rewarded, all of which are in their own way ground-breaking in the international design landscape. Dekton® Trilium was selected out of more than 5,000 entries presented to the jury as the winner of the German Design Award 2018.

Dekton® Trilium is the first environmentally-friendly colour option made from 80% recycled materials in the Dekton® range of ultra-compact surfaces. It is the perfect combination of striking aesthetics and technical performance with eco-friendly credentials.

Image number 34 of the current section of Dekton® Trilium Wins Prestigious German Design Award 2018 in Cosentino Ireland

Inspired by aged stainless steel, Dekton® Trilium has an extremely realistic oxidised effect based on a mix of volcanic colours in which the attractive contrast between light and dark tones really stands out. Its metallic finish also gives it a subtle, delicate texture that is extraordinarily smooth and pleasant to the touch.

Dekton® Trilium is the first of four groundbreaking urban colours that compose the new Dekton® Industrial Collection. Together with Nilium, Radium and Orix, the Industrial colours are based on the look of aged, rusted metals with irregular, organic patterns, giving a hybrid appearance taken from weather-worn and exotic natural stone, or the degradation of cement and the biological transformation of stone.