Thermotropic polymers – materials for light and heat regulating devices
Thermochromic polymers automatically switch from a clear to a light scattering state according to an increase of the ambient temperature. No
further energy source is necessary for the switching process. They are potentially applicable for sun protection, as shield against glare or
overheating and as elements for light management systems.
Thermotropic polymers can contribute to improve the energy efficiency of buildings by adapting the properties of the building envelope due to the actual climatic conditions. In winter the heat energy consumption is reduced by an intensified use of solar energy. In summer the energy consumption for space cooling is reduced due to a strong increased reflection of solar radiation at the building envelope.
Our material development focuses on thermotropic thermoplastic polymers which can be formed in a technology compatible process to foils and multi wall sheets as well as on thermotropic casting resins and hydrogels for the use in laminated glazing.
Thermotropic polymers can contribute to improve the energy efficiency of buildings by adapting the properties of the building envelope due to the actual climatic conditions. In winter the heat energy consumption is reduced by an intensified use of solar energy. In summer the energy consumption for space cooling is reduced due to a strong increased reflection of solar radiation at the building envelope.
Our material development focuses on thermotropic thermoplastic polymers which can be formed in a technology compatible process to foils and multi wall sheets as well as on thermotropic casting resins and hydrogels for the use in laminated glazing.