EKO composite

Options and compositions

KB-BLOK EKO composite A – plastered façade

Option A uses ORSIL TF thermal insulation. The thickness of the insulation layer can be designed from 120 to 240 mm, with a thermal resistance range RD = 3.15 to 6.35 m2.K.W-1. A final plaster layer adds a traditional look, while meeting all the other requirements on modern structures, namely the thermal and technical requirements.
The façade plaster is composed of a KNAUF system compound, designed for use as the final layer for mineral thermal insulation.
When using ORSIL TF 120 mm insulation, the total structural thickness is only 320 mm. This detail is primarily significant for buildings focused on minimum built-in area, such as semi-detached family houses.

KB-BLOK EKO composite B – plastered façade

Option B uses BACHL thermal insulation. The thickness of the insulation can be designed from 120 to 260 mm. A final plaster layer adds a traditional look, while meeting all the other requirements on modern structures, namely the thermal and technical requirements.
The plaster is composed of a KNAUF system compound, designed for use as the final layer for polystyrene foam insulation.
When using BACHL 120 mm insulation, the total structural thickness is only 320 mm. This detail is primarily significant for buildings focused on minimum built-in area and maximum internal space.

KB-BLOK EKO composite C – assembled façade

Option C uses ORSIL FASSIL/HARDSIL thermal insulation. The thickness of the insulation layer can be designed from 120 to 240 mm, with thermal resistance range RD = 3.4 to 6.35 m2.K.W-1. The final façade layer adds a modern look, while meeting all the other requirements on modern structures, namely the thermal and technical requirements.
The façade comprises any type of assembled system. These light envelopes complete the KB-BLOK bearing structure together with the insulation system. This option is recommended as a ventilated façade. The façade surface is any type of material, including wood, steel sheet or façade boards.
When using ORSIL FASSIL/HARDSIL 120 mm insulation and a 50 mm ventilation gap, the total structural thickness is 370 mm. This detail is primarily significant for buildings focused on minimum built-in area, such as semi-detached family houses.