CEDA ECOCLIMA - Керамическая черепица с наклонной крышей

Today it is possible to create a cooler roof thanks to Coppo ECOclima roof tiles and slates.‎ The specific surface colouring, obtained with the use of nano-technological products, combined with the use of natural and selected raw materials from controlled and certified quarries, make Coppo ECOclima the natural answer for sustainable building, attentive to the quality of life and the environment.‎ Specifications: Weight: Kg 4.‎6 each Piece per square metre: approx.‎ 10.‎ Laying on batten pass cm 33.‎   LESS HEATING OF THE SURROUNDING ENVIRONMENT (HEAT ISLAND): Surfaces absorb solar energy in different ways and heat up.‎ This is why, during the summer, roof tiles and slates can reach high temperatures.‎ Reducing this phenomenon, known as 'heat island', means making the building less energy-intensive (less use of internal air conditioning) and not hindering the natural cooling of the air at night, by reducing the rejection of hot air from air conditioners outside.‎ This makes the environment more liveable: a concrete commitment to reducing photo-chemical smog.‎     LOWER THERMAL CONDITIONING COSTS: The special colouring of the surface and the use of natural and selected raw materials make the roof tiles and slates less heatable by the sun, and this provides an effective solution to the problem of overheating in summer, reducing the phenomenon commonly known as "Heat Island".‎ This means reduced electricity consumption (less indoor air conditioning) and therefore indirectly also less carbon dioxide release into the air.‎     GREATER WELLBEING INSIDE BUILDINGS: A roof with a high capacity to reflect summer sunlight is a less hot roof and therefore the rooms below are also less hot.‎ This makes the whole house cooler due to the actual lower temperature inside.‎ Cool roofs significantly improve the quality of life.‎ LESS STRUCTURAL STRUCTURAL SHOCK OF THE ROOF: A roof that heats up less is a roof subject to less thermal shock.‎ Materials withstand abrupt temperature changes (shocks) differently and in many cases these abrupt changes can be the start of degradation processes due to fatigue (repeated thermal shock).‎ All this translates into a longer service life of the work.‎     LESS CHEMICAL PHYSICAL DEGRADATION OF UNDER ROOF MATERIALS :A roof is, in many cases, composed of numerous functional packages under tiles (insulation, waterproofing, etc.‎).‎ If the roof covering is subjected to thermal shock during the summer period, this stress also reverberates on the functional packages underneath.‎ Reducing this means reducing the structural fatigue stress of all materials used and consequently reducing the release of pollutants through degradation of the materials used.‎