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CERSAIE 2017

DISCOVER

25th - 29th September 2017
Pav. 25 - Stand A164/B165

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Unlimited
solutions & applications
for architecture

DISCOVER

A selection of Fiandre's most refined marbles. Ultra-pure hues with subtle or more intense veins and the rippled texture typical of rare authentic quarried stones.

Furniture Maximum
AQUA MAXIMUM, THE BATHROOM AS A SPA

DISCOVER

AQUA MAXIMUM, a complete system of washbasins and shower trays that can be customised with all products made with MAXIMUM FIANDRE EXTRALITE® technology.

Maximum Fiandre Extralite

DISCOVER

Maximum, in its innovative 300x150 cm format, Maximum is a material that combines the established, classical characteristics that have always set Fiandre’s porcelain stoneware tiles as being top of the range, with new very high performance qualities: strength, lightweight, flexibility and ductility.

News
18/09/2017

CERSAIE 2017: INTERSECTION / designed by Matteo Nunziati

For CERSAIE 2017, Fiandre Architectural Surfaces unveils its new collections of surfaces for architecture interior design and furnishings.

News
26/05/2017

FAB CASTELLARANO presents: ÁLVARO SIZA. VIAGEM SEM PROGRAMA

On Thursday 8 June,the FAB Fiandre Architectural Bureau gallery in Castellarano reopens its doors to the public, hosting, until Friday, 7 July 2017, an exhibition that explores the more intimate side of Portuguese architect Álvaro Siza

EVENTS

Archive
25-29 September 2017
CERSAIE | BOLOGNA (IT)
27-28 September 2017
ARCHITECT @ WORK GERMANY | MUNICH (DE)
Booth STAND 52
FOCUS ON
Brevetto Europeo
Active & Maximum

MAXIMIZE YOUR ACTIVE BENEFITS

DISCOVER

The world's only ISO 10678, ISO 27447 and ISO 27448 certified anti-pollutant bactericidal ceramic.

The Iris-Fiandre group has achieved a new and important result in its continuing challenge to contribute actively and effectively to improve the quality of life. The technological progress of Active was developed through the Digitalife project funded by the European Union (LIFE ENV/IT/000140) which led to the production of new photoactive slabs with an even closer eye on the environment. The new technology, developed by the Iris-Fiandre Group, still uses titanium dioxide in micrometric size, but ensures greater uniformity in the distribution of the photo-active material on the surface of the slabs, increasing the efficiency of the photocatalytic process at the base of Active. Recent laboratory tests, conducted and documented by the University of Milan, Department of Chemistry, showed a marked increase in efficiency in the photocatalytic degradation of NOx and VOC in the air, responsible for outdoor and indoor pollution.

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