| architectural applications | |||||||
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| The complex blend of microscopic hollow ceramic spheres that makes up INSULADD® have a vacuum inside like mini-thermos bottles. While the use of INSULADD® on interior walls is extremely beneficial, its use on exterior walls is even more dramatically effective since it blocks the extreme heat of the sun. INSULADD® ceramic-filled paint on interior walls looks like ordinary flat wall paint. | |||||||
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The
ceramic materials have unique energy savings properties that reflect heat
while dissipating it. The hollow ceramic microspheres reflective quality
affects the warming phenomenon called "Mean Radiant Temperature,"
where heat waves from a source such as direct sunlight cause a person to
feel warmer even though the actual air temperature is no different between
a shady and sunny location. It is the molecular friction within the skin
caused by the sun's radiant energy waves which makes the body feel warmer.
The ceramic particles in INSULADD® create a thermal barrier. These particles refract, reflect, and dissipate heat.
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| Nanotechnology + Architecture | |||||||