The thermal facade or exterior insulation of the building is the only way for thermal protection of buildings against the weather conditions and temperature changes. It is achieved by placing a suitable insulating material on the outside of a building. It is a permanent investment with immediate results. It is necessary for every heating system to achieve high efficiency. Thermal facade updates the energy efficiency of your building by reducing the total expenses for heating, cooling and by reducing the time that is demanded to achieve the desired temperature. Also it raises the market value of the structure. The expanded polystyrene with graphite 9 cm with Thermal conductivity λ = 0,03 W/m*K , that uses kaminotechniki , has much greater efficiency in energy savings thanks to the embedded graphite. Additionally the 1cm polystyrene ( white , with high density and strength ) located in the outer side enhances insulation and construction as a whole since : 1) Creates a first protection shield against heat that is transmitted through radiation and reflects back to the environment. 2) Due to its high density and strength the thermal facade is impact resistant, avoinding this way future damage (potholes, holes). 3) Holds the whole body of the thermal facade from contractions and expansions during the installation, so there will be no gaps between the joints and therefore points of inadequate insulation and perforated moisture. By placing this particular thermal facadeyou van reduce your heating expenses up to 70 %. It can be applied both in old and in new constructions.
Advantages of Thermal Facade
Hot house in winter cold in summer.
Saving money and energy in winter and summer.
Avoidance of mold or algae and stains of moisture as it waterproofs the walls.
The house becomes energy efficient-ecological friendly as emissions of carbon dioxide and emission of heat from inside to outside and vice versa are significantly reduced.
Thermo-hygrometric protection of external walls by reducing the contractions and expansionsand therefore increasing the sustainability of the construction.
Create a pleasant mood inside as there are no sudden fluctuations in temperature.
Zero maintenance costs.
Aesthetic renovation, improves the appearance of buildings.
With the thermal facade the pipes of the building are being protected from moisture and freezing.
Thermal conductivity λ = 0,03 W/m*K thanks to the graphite thermal insulation of Kaminotechniki.
Easy configuration to conform to the architectural requirements.
High resistance to compression.
More efficient than internal insulation as it provides greater protection and does not take up interior space.
thermal facade placed.
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Thermal conductivity or coefficient of thermal conductivity (λ) is the amount of heat per unit time passed from the opposite sides of homogeneous material thickness 1m when the temperature difference between the surfaces is equal to 10 Kw (W / m * K). In other words this coefficient determines the efficiency of the material and the smaller the coefficient λ the better insulation it provides us. The facade of the Kaminotechniki has λ = 0,030 W / (m * k) offering unparalleled insulation and economy!
Why polystyrene with graphite?
Reduces the coefficient λ and thus increases the efficiency.
Differentiates between reflection and absorption properties of the heat transmitted by radiation contributing to better insulation.