Isocop
A roof panel that is very versatile and gives high aesthetic results. The various available options allow a customized choice in order to meet the user’s needs, since it suggests a new design for industrial and public roofs. Aesthetically pleasing, it allows the integration of different roof systems thanks to a wide range of elements of flashings and roof windows. It is also appropriate for mono and polycrystalline photovoltaic roofs.
use
Isocop is a panel designed for roofs with a minimum slope of 7% for industrial, public and commercial buildings. Ideal for large roofs. It can be used vertically for walls cladding. The external sheet may be made of copper, indicated for residential, religious and structural prestigious buildings or made of aluminium or stainless steel for their anticorrosion properties.
A roof panel that is very versatile and gives high aesthetic results. The various available options allow a customized choice in order to meet the user’s needs, since it suggests a new design for industrial and public roofs. Aesthetically pleasing, it allows the integration of different roof systems thanks to a wide range of elements of flashings and roof windows. It is also appropriate for mono and polycrystalline photovoltaic roofs.
characteristics
It is a self-supporting double skin panel, insulated with polyurethane foam, with a tongue-and-groove joint. On large longitudinal pitches, the panel overlap can be foreseen. The panel is composed by 5 ribs that allow to increase the static resistance. It is available in different insulating core thicknesses for building’s roofs. The panels can be used for pitched roof, but you can also use it vertically for walls cladding. The fixing system is a penetrating type with the possibility to use exposed caps; the number and the place of the fixing elements should guarantee the stresses resistance. On this panel, the LB1 system, which is specially designed for fixing photovoltaic mono and polycrystalline modules, can be used.
advantages
High thermal and mechanical resistance
Design flexibility and large modularity
Integration of roof windows and flashings