We develop fully customised projects in terms of shape, colour and volume, following the specifications of each client in detail.
Thanks to the lightness of the new Kriskadecor system, we can provide colour and texture to the façade of any building, regardless of its size. For example, in the Ecuador Pavilion at Expo Milano 2015, designed by Zorrozua y Asociados, we were able to reflect the country's cultural and historical richness on 756 m2 of chain. In the case of the Kley student residence, located in Montpellier, France, and designed by Archikubik, the covered surface area is 2250 m2.
Discover our wide palette with more than 45 RAL colours tested under sun exposure.
Consult the paletteWe develop highly customised architectural solutions on small and large scales. The Kriskadecor cladding system is specially designed for covering exterior surfaces with our patented aluminium chains.
These are made up of a series of individual chain links that are linked together to form chain strands. The arrangement of the individual strands next to each other forms the façade cladding.
The anchoring system is extremely light, easy to install and maintain, and adapts to the shape of any building. The chains have also been tested in wind gusts of 200 km/h.
The open area of the links allows for ventilation of the building while shading from direct sunlight, saving energy, and improving the thermal environment inside the building.
Thanks to the lightness of the material, we can manufacture chain cascades in one single piece with which, for example, it’s possible to beautify the lobby of a hotel or the interior patio of a building in which ducts and technical registers are exposed. From the outside, it looks like a solid surface and provides privacy. From the inside, the transparency of the chain links grants complete visibility. Surprising results can also be achieved when it comes to connecting different floors through stairwells.
Both the chains and the profiles are made of aluminium, a highly sustainable and infinitely recyclable material.