Technological and Functional, Planium Modulo Radiante

Technological and Functional

Among the innovations experimented by Planium in recent years, there is a project that makes a story in itself, very sophisticated in its conception, centered on the theme of climatic comfort and therefore the flagship of the Planium range of dry-laid flooring systems. Let's talk about MR01 Modulo Radiante.

It can be installed in any building setting, MR01 Modulo Radiante is a raised floor with hot/cold hydronic radiant system integrated into the modules, whose elevation function allows the practical reversibility and consequent inspection of the cavity below. The finishes, that can be adapted to the raised floor, can be chosen from a wide range of elegant and functional metals such as essential steels, calamine, copper, brass and as many textures.

In this project, the distribution of heat or cooling is perfectly homogeneous and therefore optimal for comfort. It is a floor system that also embodies the principle of rational use of energy sources and the achievement of high technical performance.

MR01 Modulo Radiante is a product characterized not only by a technological avant-garde, but also by an aesthetic sense that goes in a functionalist direction. We must not think that the complexity of the system or its technicalities make installation difficult, quite the contrary. Examples are the installations created in very different contexts: historical-artistic scenarios (Roman church of Sant'Andrea degli Scozzesi), commercial activities (Restaurant Villa Reale in Monza), offices (Q8 Headquarters in Milan, Cassa di Risparmio di Salorno), new residential construction and research and development in new "green building" projects as in the case of I-ZEB (CNR of San Giuliano Milanese), a project born in 2016 with the Lombardy Region. At the center of this initiative there is precisely the focus of MR01 Modulo Radiante, that is the search for a balance between aesthetics and functionality, especially aimed at climatic comfort, to be obtained, however, with low energy expenditure.