External wall insulation (EWI) system for buildings with external cladding in the form of flexible tiles

KABE THERM MW ELASTOLITH / HAAKSBERGEN EWI system is used mainly on buildings that require high fire protection, vapour permeability and protection against the impact of aggressive weather conditions. It is used in single- and multi-family housing, public utility and industrial, both on already existing buildings and newly erected ones, both low and high buildings (over 25 m). The system can be made using plain mineral wool boards (with disturbed fibre arrangement) or lamella wool (with arranged fibres). The system can be used on walls made of masonry components (e.g., bricks, blocks, stone, etc.) or concrete (poured on site or in the form of prefabricated slabs). The system can be used on new walls, as well as for renovation of the existing ones. It is also possible to use it on horizontal or inclined surfaces, that are not exposed to precipitation. The top layer of the system is a durable and aesthetic cladding made of flexible ELASTOLITH / HAAKSBERGEN façade tiles, imitating clinker cladding and available in a wide range of colours, shapes and textures.

• Non-flammable system components
• Reduction of building heating costs
• Improved microclimate inside the building
• High aesthetics of façade
• Slows down the process of façade soiling
• Wide range of possibilities for shaping the façade appearance

Type of thermal insulationPlain or lamella mineral wool boards with codes according to ICiMB-KOT-2021/0144;
Thickness of thermal insulation:from 50 mm to 300 mm
Thermal insulation fixingtotally bonded system or bonded system with additional mechanical fi xing or mechanical fi xing with additional bonding;
Mechanical fixings:required (as specified in technical design); Reinforcing mesh: reinforcing fibreglass mesh
Reinforcing mesh:system reinforcing fi breglass mesh;
Reaction to fire: class A2-s1,d0
Adhesion:• to concrete ≥ 0.25 MPa; • to mineral wool ≥ 0.08 MPa;
Surface layer adhesion:≥ 0.08 MPa:
Surface layer water absorption (after 24 h):ICiMB-KOT-2021/0144< 0.5 kg/m²;
Relative diffusion resistance of the surface layer:≤ 1.0 m;
System impact resistancecat. I