Energy saving - Technical and Test Institute for Construcions Prague, s.p.

 

Experimental verification of thermal insulation properties 
of mineral ADITIZOL OPEN paint on a building construction 
in the exterior and in the interior* (TZÚS Prague, s.p.)

To assess the thermal insulation properties of ADITIZOL OPEN paint, a certified, fully autonomous testing device on the principle of the calibrated guarded hot box MPT-01 has been used which is designated for determining the thermal transmittance properties of building components and constructions in accordance with the standard ČSN EN ISO 8990:1998 – Heat insulation – Determination of heat transfer properties in steady state - Calibrated and guarded hot box.

Thickness of the coat of ADITIZOL OPEN

Application

Input Pt

Relative energy savings

Pt (W) thermal energy input required to maintain a stable temperature in the hot section of the facility with the set temperature θti +18°C in the hot interior and with the set temperature θte -10°C in the cold section of the testing concrete building construction.

without the coat

of paint applied

144,29 W

0 %

1 mm

cold section (the exterior)

125,31 W

13,50 %

1 mm

hot section (the interior)

126,40 W

12,40 %

2,1 mm

cold section (the exterior)

105,11 W

27,15 %

2,1 mm and
0,5 m

Combination
cold section (the exterior)

and
hot section (the interior)

90,71 W

37,13 %

Conclusion: The experimental measurements have confirmed that the mineral ADITIZOL OPEN paint has thermal insulation properties and significant energy savings can be achieved using this paint on a building construction. However, the absolute amount of energy savings depends on the particular boundary conditions and the appropriate method of use.

* Report Data - Experimental verification of thermal insulation properties of mineral ADITIZOL OPEN paint on a building construction in the exterior and in the interior: Technical and Test Institute for Constructions Prague, s.p.

 

Experimental verification of thermal insulation properties 
of mineral ADITIZOL BASIC paint * (TZÚS Prague, s.p.)

At the temperature of 80 °C with a coat of ADITIZOL BASIC paint 1 mm thick is the relative energy saving 34.89 % and with a coat of 2 mm thick is the relative energy saving 59.87 %.

At the temperature

of (°C)

Thickness of paint ADITIZOL layer (mm)

Relative energy savings

80

1

34.89 %

80

2

59,87 %

At the temperature of 100 °C with a coat of ADITIZOL BASIC paint 1 mm thick is the relative energy saving 27.10 % and with a coat of 2 mm thick is the relative energy saving 61.31 %.

100

1

27,10 %

100

2

61,31 %

Conclusion: The experimental measurements have confirmed that the mineral ADITIZOL BASIC paint has thermal insulation properties and significant energy savings can be achieved using this paint. However, the absolute amount of energy savings depends on the particular boundary conditions and the appropriate method of use.

* Report Data - Experimental verification of thermal insulation properties of mineral ADITIZOL BASIC paint: Technical and Test Institute for Constructions Prague, s.p.

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