Ecological/Eco-Active Materials

Materials with a green soul in line with the company’s policy. Advanced technologies allow waste materials from ceramic production to be returned to the productive cycle to make tiles combining high technical performance with environmental sustainability. Active materials use the action of titanium dioxide to interact with the environment for better health.

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ASTER MAXIMUM

ASTER MAXIMUM

Endless spaces, up to 4.5 sqm per slab, for an essential and decisive architecture: Aster Maximum is the new line that is inspired by urban style, offering timeless and limitless surfaces.

GRANITI

GRANITI

High performance porcelain tile for heavy-duty applications. Materials that Fiandre creates in collaboration with important companies that make research and excellence their primary goal to come up with new solutions.

MARMI MAXIMUM

MARMI MAXIMUM

Marmi Maximum offers fine, decorative solutions, enriched by inimitable colour variations and vein effects that are always unique.The size of Marmi Maximum is not the only remarkable feature that makes them comparable to the most exquisite and rare quarry marbles.

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NEW CO.DE

NEW CO.DE

The codes of GranitiFiandre give life to the sophisticated and refined materials of New Co.de, the icon collection of simplicity and current elegance. Pure colours and modern design are the distinctive features of this line.

NEW GROUND

NEW GROUND

Warm, relaxing colours and surfaces conveying a pleasing impression of softness, contributing to the creation of a comfortable sense of calm, define this new collection that draws inspiration from the earth itself: the warm, melancholic tones of autumn, the soothing warmth of sand, the essentiality of rock, the brilliance of the first snow on the ground, and the motherly vigour of the soil.

NEW STONE

NEW STONE

The ideal solution for outdoor paving, designed for both public and private use. Easy to install, very easy to inspect any utilities and easy to reposition in the event of changes to the installation or modifications to the substrate.

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