KABE THERM EPS ELASTOLITH / HAAKSBERGEN

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

The KABE THERM EPS ELASTOLITH / HAAKSBERGEN EWI system is a set of materials designed to provide thermal insulation of external walls based on EPS with a top coat in the form of flexible tiles imitating clinker cladding. It is applied in single- and multi-family housing construction industry, public utility and industrial buildings – in both the existing and new constructions – to the height of up to 25 m (for the buildings erected before 1 April 1995 to the height of eleventh story, inclusive). It is especially recommended for use in buildings, where high aesthetics and high resistance to external factors are required. The system can be used on walls made of fi ne masonry components (bricks, blocks, stone, etc.) or concrete (monolithic or prefabricated). 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 fl exible ELASTOLITH / HAAKSBERGEN façade tiles, imitating clinker cladding and available in a wide range of colours, shapes and textures.

• Reduction of building heating costs
• Improved microclimate inside the building
• Attractive decorative eff ects and high aesthetics of the façade
• Wall protection against adverse weather conditions
• Option to use various types of tiles

Type of thermal insulation:EPS boards with the code at least: EPS-EN 13163-T(2)-L(2)-W(2)-S(5)-P(5)-BS75-DS(N)2-DS(70,-)2-TR80
Thickness of thermal insulation:from 2 to 30 cm inclusively;
Thermal insulation fixing:bonding system with additional mechanical fi xing and mechanical fixing with additional bonding;
Use of mechanical fixings:optional (as per technical design);
Reinforcing mesh:system reinforcing fibreglass mesh;
Fire classification:non-fire spreading system (NRO);
Adhesion:• to concrete ≥ 0.25 MPa; • to EPS ≥ 0.08 MPa;
Surface layer adhesion:≥ 0.08 MPa:
Water absorption (after 24 hours):< 0.5 kg/m²;
Surface layer impact resistance:cat. I
Diff usion resistance of the surface layer:≤ 1.0 m