Creating Synergies 1. Increase temperature of surfaces 2. Reflect heat 3. Regulate moisture

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2 The Problem Due to the change in technologies for central heating systems from radiant heat to convective heat around 60 years ago, structural deficiencies in buildings have arisen ever since. Various solutions have been introduced to counter the shortcomings (insulation, double glazed windows, ventilation systems) that have yet lead to further new problems. In building physics, fixed variables are used to calculate the theoretical amount of heat that is needed in buildings. The U-value (or heat transition coefficient), which describes a theoretical, momentary and stationary state, completely lacks practical relevance and can only be reconstructed in a climate-testing laboratory. Wind, humidity and solar radiation in and on building structures directly affect the heat energy usage. Wherever humans, animals and plants are and wherever climate conditions affect our lives, it is those constantly changing variables that lead to a loss of heat in buildings. Introduced energy saving policies (EnEV) should lead to less energy being used, but in fact, the opposite it true.

3 The Solution Dry and therefore easily warmed up building parts are required to reduce heating costs. Contrary to conventional heating systems that produce warm air in living spaces, our solution increases the temperature of the inner surface of external walls. Creating Synergies Heating cost savings as well as great comfort can be achieved by increasing the temperature of surfaces, using reflection layers and regulating the moisture of building parts with glass-filled wall paint. The following products include these energy saving features. 1. Increase temperature of surfaces 2. Reflect heat 3. Regulate moisture

4 THERMOLINE INTERIEUR GIPSKARTONPLATTE REFLEXIONSEBENE LUFTPOLSTERPAKET ISOFOLIE T1 BIS T5 REFLEXIONSEBENE Benefits for the user Reflection isolation for interior use Complies with DIN EN ISO norm 6946 calculation For interior use Enables thin building constructions Easy installation Improved heat reflection inside the room Improved heat reflection against solar radiation Very high heating cost savings No wires due to aluminium on the construction exterior Consistent amount of reflection for many years as the reflection layer is protected from dust and other impurities R-value from 2,049 to 7,049 (m²k/w) for walls and roof, depending on 1 or 2 reflection layers and the thickness of the foil package Prevents thermal bridges Can be used as a vapour barrier Reflection of up to 99% of solar and heat radiation Lambda heat transfer coefficient = (W/mK), according to EN12667 No toxic gas releases

5 REFLEXIONSEBENE LUFTPOLSTERPAKET ISOFOLIE T1 BIS T5 REFLEXIONSEBENE PUTZTRÄGERSYSTEM THERMOLINE EXTERIEUR FASSADENFARBE Reflection isolation for roof and facade Benefits for the user Complies with DIN EN ISO norm 6946 calculation For interior use Enables thin building constructions Easy installation Improved heat reflection inside the room Improved heat reflection against solar radiation Very high heating cost savings No wires due to aluminium on the construction exterior Consistent amount of reflection for many years as the reflection layer is protected from dust and other impurities R-value from 2,049 to 7,049 (m²k/w) for walls and roof, depending on 1 or 2 reflection layers and the thickness of the foil package Prevents thermal bridges Can be used as a vapour barrier Reflection of up to 99% of solar and heat radiation Lambda heat transfer coefficient = (W/mK), according to EN12667 No toxic gas releases

6 Technical Details Thickness Width Length R-value mm m m (m²k/w) R-value for roof and walls with up to 2 reflection layers, depending on the thickness of the foil package T 1,0 18 1,20 25,0 < 2,049 T 2,5 36 1,20 12,4 < 2,958 T 3,0 54 1,20 10,0 < 3,867 T 3,5 63 1,20 8,4 < 4,321 T 4,0 81 1,20 8,4 < 5,230 T 4,5 99 1,20 5,0 < 6,140 T 5, ,20 5,0 < 7,049 λ-wert 0,0198 (W/mK) nach EN12667 ermittelt mit T4 durch Prüfinstitut SGS vom

7 ISOFOLIE applied on the inside of walls and roof; Air bubble reflection foil is applied to avoid loss of heat and to minimise cooling loads; ISOFOLIE applied on the outside; Air bubble reflection foil is applied to avoid solar radiation;

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