Clay cladding brick COTTO3
outdoorgluedcontemporary

Clay cladding brick - COTTO3 - PICA - outdoor / glued / contemporary
Clay cladding brick - COTTO3 - PICA - outdoor / glued / contemporary
Clay cladding brick - COTTO3 - PICA - outdoor / glued / contemporary - image - 2
Clay cladding brick - COTTO3 - PICA - outdoor / glued / contemporary - image - 3
Clay cladding brick - COTTO3 - PICA - outdoor / glued / contemporary - image - 4
Clay cladding brick - COTTO3 - PICA - outdoor / glued / contemporary - image - 5
Clay cladding brick - COTTO3 - PICA - outdoor / glued / contemporary - image - 6
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Characteristics

Material
clay
Location
outdoor
Installation type
glued
Style
contemporary
Finish
smooth
Aspect
brick look
Technical characteristics...
high-resistance
Options
decorative, sustainable
Length

30 cm
(12 in)

Width

30 cm
(12 in)

Description

The clay brick is one of the most used materials, versatile and effective in terms of composition and performance. In particular, a trend followed by designers and architects is that of its use in the outermost layer of the enclosure, which can be interpreted as cladding or “skin” of buildings; in this sense, the clay brick is entrusted not only with the aesthetic role of “facing brick” of the building, but also the functional task of protecting it from atmospheric agents and to collaborate in the internal environmental comfort. The salient feature of this modernity is also the continuity between roof and wall. Whether they are bricks that propagate in the roof or roof tiles that descend on the vertical walls, the significant datum is the flexible use of the brick in a continuum between horizontal, vertical and oblique surfaces. Terreal SanMarco presents Cotto³: the innovative system of ventilated brick cladding characterized by the use of terracotta elements as an external cladding. The Cotto³ coating system contributes in a decisive way to the sustainability of the building project, especially in the case of renovation. It allows, in fact, to reduce the primary energy requirement for heating; promotes the reuse of most existing buildings, discouraging demolition and gutting in the presence of recoverable structures; it also allows the recovery of materials used to reduce the consumption of new resources. Through the proper design of the construction details it is possible to limit the formation of interstitial condensation of the casing, improving integrity and durability of all the components.

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