Thermal insulation plaster systems offer an innovative and efficient way to increase the energy efficiency of buildings. By combining the advantages of mineral plasters with excellent insulating properties, they represent a sustainable alternative to conventional insulating materials for both new buildings and renovations.
Correct application is essential to ensure the full performance of our systems. On our website, you will find comprehensive information on the system structure and receive practical tips and valuable advice to help you realise your projects successfully.
The application of thermal insulation plasters requires a precise approach to ensure a durable and energy-efficient solution. Here are the key steps required to achieve optimum results when insulating buildings:
Before starting the plastering work, the substrate must be thoroughly checked for its load-bearing capacity and condition. A stable and clean substrate is crucial for the adhesion of the insulating plaster.
In some cases, preparatory measures are required, such as the application of a pre-spray or the installation of a plaster base, e.g. a reed matting or a world net. These ensure better adhesion and stability of the insulating plaster.
The insulating plaster is applied in even layers to the prepared surface. The mineral components ensure optimum thermal insulation and moisture regulation.
Once the insulating plaster has dried, a hardener is applied to stabilise the structure and prepare the surface for the subsequent work steps.
The reinforcing mesh is worked into the surface of the plaster to increase strength and crack resistance. This step ensures additional stability and durability of the system.
The finishing render forms the final layer and gives the façade not only a decorative but also a protective surface. It ensures that the system remains resistant to the effects of the weather.
Finally, the colour coat is applied. This not only offers a customised design option, but also protects the entire system from external influences such as moisture and UV rays.
