Kabe Therm Insulation Systems
Kabe Renders & Paints

KABE THERM EPS with PERMURO

Building insulation system based on polystyrene with external acrylic render PERMURO

Main advantages:

  • Effectively protects against the effects of unfavourable atmospheric conditions
  • Contains high quality acrylic plaster, available in a wide range of colours and textures
  • Possesses a finishing layer with a high resistance to micro-cracking and physical damage
  • Improves the microclimate inside of the building
  • Ensures the appropriate thermal insulating power of walls
  • Limits the costs of heating the building
  • Is easy to install

 

Purpose:

The KABE THERM EPS with external acrylic render PERMURO insulation system is the most popular system for the insulation of exterior walls of buildings. It is used in residential constructions for one or more families, and public and industrial buildings, in existing structures as well as in those under construction up to a height of 25 (for buildings constructed before April 1995, up to a height of the eleventh story inclusively). Due to the easy technology of installation and low costs of realisation, it is used most often during the thermo-modernisation of buildings made using out-dated energy consuming technologies (not fulfilling the valid requirements for thermal insulating power). The system can be used on all typical mineral surfaces (such as concrete, cement or cementcalciferous render, sandstone, as well as on unfinished walls made from bricks, blocks, hollow bricks, and other such ceramic or sand-calciferous materials) as well as on surfaces coated with an adherent coat of facade paint or a thin-coat render. The finishing layer for the system is the PERMURO acrylic render, available in a wide range of colours and textures.

 

Technical Data:

Type of thermal insulation layer: Austrotherm EPS 042 FASSADA, Austrotherm EPS 040 FASSADA, Austrotherm EPS 038 FASSADA SUPER, Austrotherm EPS 038 FASSADA PREMIUM polystyrene sheets
Thickness of thermal insulation layer: from 50 to 200 mm inclusively
Method of affixation of thermal insulation: fixing or fixing with mechanical fixation
Application of mechanical fasteners: optional (specified in the technical design)
Reinforcing material: a glass fibre mesh with a basis weight of 145 or 165 g/m2
Fire safety class: system not propagating flames (NPF)
Colours: natural white and colours according to the KABE, NCS templates or a supplied template
Textures: full, brushed/mixed
Grain sizes: 1.5 mm; 2.0 mm; 2.5 mm; 3.0 mm
Adhesion:
• to concrete ≥ 0.3 MPa
• to polystyrene ≥ 0.1 MPa
Interlayer adhesion: ≥ 0.1 MPa
Water absorbability (after 24h): ≤ 1000 g/m2
Resistance to impact: ≥ 3 J

KABE-therm+eps+permuro
Type of layer Product name and description Average consumption
Adhesive layer KOMBI or adhesive and putty mortar – for the fixing of polystyrene about 4.0 kg/m2
Thermal insulation layer Austrotherm EPS 042 FASSADA
Austrotherm EPS 040 FASSADA
Austrotherm EPS 038 FASSADA SUPER
Austrotherm EPS 038 FASSADA PREMIUM polystyrene sheets
1.0÷1.10 m2/m2 of insulation
Mechanical fasteners (optional) – pins for affixing the thermal insulation layer to the base type, amount and placement according to the technical design
Reinforced layer KOMBI adhesive and putty mortar – for the application of the reinforced layer about 4.0 kg/m2
Glass fibre mesh – anti-alkaline impregnated mesh, with its entire surface immersed in the KOMBI mortar 1.10 m2/m2 of insulation
Finishing layer PERMURO GT (GB/GK) primer – preparation improving adhesion and limiting base absorbability about 0.20 l/m2
Acrylic render made from PERMURO – protective and decorative layer, protecting the system against the unfavourable effects of atmospheric conditions and physical damage; plaster colour and texture to be selected grain size 1.5 mm —2.3 kg/m2
grain size 2.0 mm —3.0 kg/m2
grain size 2.5 mm —3.7 kg/m2
grain size 3.0 mm —4.5 kg/m2

Note: Due to excessive facade heating for dark colours, we do not recommend using colours with a low coefficient of light reflection (Y<20%).

KABE THERM EPS with PERMURO AVANT

Building insulation system based on polystyrene with external acrylic render PERMURO AVANT

Main advantages:

  • Reduces building heating costs
  • Improves the interior microclimate
  • Attractive façade finish
  • Protects the walls from the effects of unfavourable atmospheric conditions
  • Prevents the growth of algae and fungi
  • High resistance of the outer coat to micro-cracks and mechanical damages
  • Broad range of colours and acrylic render textures

 

Purpose:

The KABE THERM EPS with external acrylic render PERMURO AVANT insulation system is the most popular system for the insulation of exterior walls of buildings. It is used in residential constructions for one or more families, and public and industrial buildings, in existing structures as well as in those under construction up to a height of 25 m (for buildings constructed before April 1995, up to a height of the eleventh story inclusively). Due to the easy technology of installation and low costs of realisation, it is used most often during the thermo-modernisation of buildings made using out-dated energy consuming technologies (not fulfilling the valid requirements for thermal insulating power). The system can be used on all typical mineral surfaces (such as: concrete, cement or cement-lime render, sandstone, as well as on raw surfaces made of bricks, blocks, hollow bricks, and other ceramic or lime-sandstone materials of this type) as well as on bases coated with an adherent coat of facade paint or thin-coat render. The finishing layer for the system is the PERMURO AVANT acrylic render, available in a wide range of colours and textures.

 

Technical Data:

Type of thermal insulation layer: Austrotherm EPS 042 FASSADA, Austrotherm EPS 040 FASSADA, Austrotherm EPS 038 FASSADA SUPER, Austrotherm EPS 038 FASSADA PREMIUM polystyrene sheets
Thickness of thermal insulation layer: from 50 to 300 mm inclusively
Method of affixation of thermal insulation: fixing or fixing with mechanical fixation
Application of mechanical fasteners: optional (specified in the technical design)
Reinforcing material: a glass fibre mesh with a basis weight of 145 or 165 g/m2
Fire safety class: system not propagating flames (NPF)
Colours: natural white and colours according to the KABE, NCS templates or a supplied template
Textures: full
Grain sizes: 1,5 mm; 2,0 mm – PERMURO AVANT
Adhesion:
• to concrete ≥ 0.3 MPa
• to polystyrene ≥ 0.1 MPa
Interlayer adhesion: ≥ 0.1 MPa
Water absorbability (after 24h): ≤ 1000 g/m2
Resistance to impact: ≥ 3 J

KABE-therm+eps+permuro+avant
Type of layer Product name and description Average consumption
Adhesive layer KOMBI adhesive and putty mortar – for the fixing of polystyrene about 4.0 kg/m2
Thermal insulation layer Austrotherm EPS 042 FASSADA
Austrotherm EPS 040 FASSADA
Austrotherm EPS 038 FASSADA SUPER
Austrotherm EPS 038 FASSADA PREMIUM polystyrene sheets
1.0÷1.10 m2/m2 of insulation
Mechanical fasteners (optional) – pins for affixing the thermal insulation layer to the base type, amount and placement according to the technical design
Reinforced layer KOMBI adhesive and putty mortar – for the application of the reinforced layer about 4.0 kg/m2
Glass fibre mesh – anti-alkaline impregnated mesh, with its entire surface immersed in the KOMBI mortar 1.10 m2/m2 of insulation
Finishing layer PERMURO GT (GB/GK) primer – preparation improving adhesion and limiting base absorbability about 0.20 l/m2
Acrylic render finish PERMURO AVANT – protective and decorative layer, protecting the system against the unfavourable effects of atmospheric conditions and physical damage; render colour and texture to be selected grain size 1.5 mm —2.4 kg/m2
grain size 2.0 mm —3.0 kg/m2

Note: Due to excessive facade heating for dark colours, we do not recommend using colours with a low coefficient of light reflection (Y<20%).

KABE THERM EPS with NOVALIT T

Building insulation system based on polystyrene with external polysilicate render NOVALIT T

Main advantages:

  • Effectively protects the building against the effects of unfavourable atmospheric conditions
  • Ensures that the process of facade staining is significantly slowed down
  • Contains low-alkaline polysilicate render
  • Improves the microclimate inside of the building
  • Ensures the appropriate thermal insulating power of walls
  • Limits the costs of heating the building

 

Purpose:

The KABE THERM EPS with polysilicate external render NOVALIT T insulation system has applications of insulating existing buildings as well as those under construction. It is used in residential constructions for one or more families, and public and industrial buildings up to a height of 25 m (for buildings constructed before April 1995, up to a height of the eleventh story inclusively). The specific purpose of this system is the thermo-modernization of buildings made using old, energy consuming technologies (not fulfilling the valid requirements for thermal insulating power). The KABE THERM EPS with polysilicate external render NOVALIT T system is most often applied to structures requiring high protection against unfavourable outdoor conditions. The system can be used on all typical mineral surfaces (such as concrete, cement or cement-calciferous render, sandstone, as well as on unfinished walls made from bricks, blocks, hollow bricks, and other such ceramic or sand-calciferous materials) as well as on surfaces coated with an adherent coat of facade paint or a thin-coat render. The finishing layer for the system is the low-alkaline polysilicate NOVALIT T render, available in a wide range of colours and surface qualities.

 

Technical Data:

Type of thermal insulation layer: Austrotherm EPS 042 FASSADA, Austrotherm EPS 040 FASSADA, Austrotherm EPS 038 FASSADA SUPER, Austrotherm EPS 038 FASSADA PREMIUM polystyrene sheets
Thickness of thermal insulation layer: from 50 to 200 mm inclusively
Method of affixation of thermal insulation: fixing or fixing with mechanical fixation
Application of mechanical fasteners: optional (specified in the technical design)
Reinforcing material: a glass fibre mesh with a basis weight of 145 or 165 g/m2
Fire safety class: system not propagating flames (NPF)
Colours: natural white or colours from the KABE template as well as selected colours from the NSC template or according to a supplied template (possible to obtain using non-organic pigments)
Textures: full, brushed/mixed
Grain sizes: 1.5 mm; 2.0 mm; 2.5 mm; 3.0 mm
Adhesion:
• to concrete ≥ 0.3 MPa
• to polystyrene ≥ 0.1 MPa
Interlayer adhesion: ≥ 0.1 MPa
Water absorbability (after 24h): ≤ 1000 g/m2
Resistance to impact: ≥ 1 J

KABE-therm+eps+novalit-t
Type of layer Product name and description Average consumption
Adhesive layer KOMBI adhesive and putty mortar – for the fixing of polystyrene insulating panels to the base about 4.0 kg/m2
Thermal insulation layer Austrotherm EPS 042 FASSADA
Austrotherm EPS 040 FASSADA
Austrotherm EPS 038 FASSADA SUPER
Austrotherm EPS 038 FASSADA PREMIUM polystyrene sheets
1.0÷1.10 m2/m2 of insulation
Mechanical fasteners (optional) – pins for affixing the thermal insulation layer to the base type, amount and placement according to the technical design
Reinforced layer KOMBI adhesive and putty mortar – for the application of the reinforced layer about 4.0 kg/m2
Glass fibre mesh – anti-alkaline impregnated mesh, with its entire surface immersed in the KOMBI mortar 1.10 m2/m2 of insulation
Finishing layer NOVALIT GT primer – preparation improving adhesion and limiting base absorbability about 0.20 l/m2
NOVALIT T polysilicate (low-alkaline silicate) render – protective and decorative layer, protecting the system against the unfavourable effects of atmospheric conditions and physical damage; render colour and texture to be selected grain size 1.5 mm —2.3 kg/m2
grain size 2.0 mm —3.0 kg/m2
grain size 2.5 mm — 3.7 kg/m2
grain size 3.0 mm — 4.5 kg/m2

Note: Due to excessive facade heating for dark colours, we do not recommend using colours with a low coefficient of light reflection (Y<20%).

KABE THERM EPS with ARMASIL T

A complete building insulation system based on polystyrene with external silicone render ARMASIL T

Main advantages:

  • A complete systematic solution with European Technical Approval (ETA)
  • High protection of outside walls against the unfavourable effects of atmospheric conditions and against the sprouting of algae and fungi
  • High resistance of the facade to staining with the “self-cleaning” effect of the facade
  • Ensures the appropriate thermal insulating power of walls
  • Improves the microclimate inside of the building
  • Limits the costs of heating the building
  • Easy to install

 

Purpose:

A complete set of products for the insulation of buildings based on EPS class perforated polystyrene panels and the ARMASIL T render. Meant for the insulation of outside walls of residences for one or more families and public and industrial buildings up to a height of 25 m (for buildings erected before April 1995, up to a height of the eleventh story inclusively). Used for insulation of buildings that are under construction as well as for the thermo-renovation of existing buildings. It is especially recommended for use on surfaces requiring a high resistance to dirt and to the effects of atmospheric conditions. The surface layer of the system is the ARMASIL T silicone render, available in a wide range of colours and grain sizes. After wetting the render on its surface, the effect of repulsion of water molecules is created by the silicone resin. This effect effectively protects the facade against the influence of atmospheric precipitation and reduces the deposition of pollutants. The system can be used on all typical mineral surfaces (such as concrete, cement or cementcalciferous render, sandstone, as well as on unfinished walls made from bricks, blocks, hollow bricks, and other such ceramic or sand-calciferous materials) as well as on surfaces coated with an adherent coat of facade paint or a thin-coat render.

 

Technical Data:

Type of thermal insulation layer: Austrotherm EPS 042 FASSADA, Austrotherm EPS 040 FASSADA, Austrotherm EPS 038 FASSADA SUPER, Austrotherm EPS 038 FASSADA PREMIUM polystyrene sheets
Thickness of thermal insulation layer: from 50 to 200 mm inclusively
Method of affixation of thermal insulation: fixing or fixing with mechanical fixation
Application of mechanical fasteners: optional (specified in the technical design)
Reinforcing material: a glass fibre mesh with a basis weight of 145 or 165 g/m2
Fire safety class: system not propagating flames (NPF)
Colours: natural white or colours according the KABE or NCS templates, or according to a supplied template (possible to obtain using non-organic pigments)
Textures: full
Grain sizes: 1.5 mm; 2.0 mm; 2.5 mm; 3.0 mm
Adhesion:
• to concrete ≥ 0.25 MPa
• to polystyrene ≥ 0.08 MPa
Adhesion of the external layer: ≥ 0.08 MPa
Coefficient of absorbability of the surface of the external layer: < 0.5 kg/m2
Relative diffusive resistance of the external layer: < 2.0 m

KABE-therm+eps+armasil-t
Type of layer Product name and description Average consumption
Adhesive layer KOMBI adhesive and putty mortar – for fixing of polystyrene insulating panels to the base about 4.0 kg/m2
Thermal insulation layer Austrotherm EPS 042 FASSADA
Austrotherm EPS 040 FASSADA
Austrotherm EPS 038 FASSADA SUPER
Austrotherm EPS 038 FASSADA PREMIUM polystyrene sheets
1.0÷1.10 m2/m2 of insulation
Mechanical fasteners (optional) – pins for affixing the thermal insulation layer to the base type, amount and placement according to the technical design
Reinforced layer KOMBI adhesive and putty mortar – for the application of the reinforced layer about 4.0 kg/m2
Glass fibre mesh – anti-alkaline impregnated mesh, with its entire surface immersed in the mortar 1.10 m2/m2 of insulation
Finishing layer ARMASIL GT primer under the silicone render – preparation improving adhesion and limiting base absorbability 0.2 kg/m2
Silicone render made from the ARMASIL T render – protective and decorative layer, protecting the system against the unfavourable effects of atmospheric conditions and physical damage grain size 1.5 mm —2.3 kg/m2
grain size 2.0 mm —3.0 kg/m2
grain size 2.5 mm —3.7 kg/m2
grain size 3.0 mm —4.5 kg/m2

Note: Due to excessive facade heating for dark colours, we do not recommend using colours with a low coefficient of light reflection (Y<20%).

KABE THERM EPS with KLIMA perforated polystyrene with NOVALIT T

Building insulation system based on perforated polystyrene with external polysilicate render NOVALIT T

Main advantages:

  • Allows moisture to escape freely
  • Prevents condensation of water vapour inside the partition
  • Guarantees a cosy and healthy climate inside the residence
  • Allows for the accelerated drying of walls
  • Contains low-alkaline polysilicate render
  • Ensures the appropriate thermal insulating power of walls
  • Limits the costs of heating the building
  • Includes perfectly matched system elements

 

Purpose:

The KABE THERM EPS with polysilicate external render NOVALIT T system serves to insulate the outside walls of buildings with KLIMA perforated polystyrene using the technology of the jointless insulating system (JIS). It is used in residences for one or more families, and public and industrial buildings, in existing structures as well as in those under construction up to a height of 25 m (for buildings constructed before April 1995, up to a height of the eleventh story inclusively). The KABE THERM EPS with polysilicate external render NOVALIT T system with KLIMA perforated styrofoam panels and the NOVALIT T polysilicate render, besides the appropriate thermal insulating power, also ensures unique diffusive properties. The lowered diffusive resistance coefficient of the perforated panel (μ = 10!) makes it possible for a wall to dry uniformly over its entire cross-section. This allows for a significant shortening of the drying period of the walls (this period is comparable to when mineral wool is used) and quicker commissioning of the building for use. There is also a possibility for thermal renovation of moist walls (without salt efflorescence) and insulation of walls made from materials with a low diffusive resistance (that is, cellular concrete, porous ceramics, or slag concrete). Thanks to its simple installation technology and long-term durability, it creates aesthetic facades with a high resistance to the effects of unfavourable atmospheric conditions. The finishing layer for the system is the low-alkaline polysilicate NOVALIT T render, available in a wide range of colours and textures.

 

Technical Data:

Type of thermal insulation layer: KLIMA perforated polystyrene panels
Thickness of thermal insulation layer: 60, 80, 100, 120, 140 mm
Method of affixation of thermal insulation: fixing or fixing with mechanical fixation
Application of mechanical fasteners: optional (specified in the technical design)
Reinforcing material: a glass fibre mesh with a basis weight of 145 or 165 g/m2
Fire safety class: system not propagating flames (NPF)
Colours: natural white or colours from the KABE template as well as selected colours from the NSC template or according to a supplied template (possible to obtain using non-organic pigments)
Textures: full, brushed/mixed
Grain sizes: 1.5 mm; 2.0 mm; 2.5 mm; 3.0 mm
Adhesion:
• to concrete ≥ 0.3 MPa
• to polystyrene ≥ 0.1 MPa
Interlayer adhesion: ≥ 0.1 MPa
Water absorbability (after 24h): ≤ 1000 g/m2
Resistance to impact: ≥ 1 J

KABE-therm+eps+klima
Type of layer Product name and description Average consumption
Adhesive layer KOMBI adhesive and putty mortar – for the fixing of polystyrene insulating panels to the base about 4.0 kg/m2
Thermal insulation layer KLIMA perforated polystyrene panels – thermal insulation panels made from seasoned polystyrene 1.0÷1.10 m2/m2 of insulation
Mechanical fasteners (optional) – pins for affixing the thermal insulation layer to the base type, amount and placement according to the technical design
Reinforced layer KOMBI adhesive and putty mortar – for the application of the reinforced layer about 4.0 kg/m2
Glass fibre mesh – anti-alkaline impregnated mesh, with its entire surface immersed in the KOMBI mortar 1.10 m2/m2 of insulation
Finishing layer NOVALIT GT primer – preparation improving adhesion and limiting base absorbability about 0.20 l/m2
NOVALIT T polysilicate render – protective and decorative layer, protecting the system against the unfavourable effects of atmospheric conditions and physical damage; texture and colour to be selected grain size 1.5 mm —2.3 kg/m2
grain size 2.0 mm —3.0 kg/m2
grain size 2.5 mm —3.7 kg/m2
grain size 3.0 mm —4.5 kg/m2

Note: Due to excessive facade heating for dark colours, we do not recommend using colours with a low coefficient of light reflection (Y<20%).

KABE THERM EPS with KLIMA perforated polystyrene with ARMASIL T

A complete building insulation system based on perforated polystyrene with external silicone render ARMASIL T

Main advantages:

  • A complete system solution based on polystyrene
  • Effectively protects against the effects of unfavourable atmospheric conditions
  • High resistance of the facade to staining with a “self-cleaning” effect of the facade
  • Ensures accelerated drying of walls and prevents harmful condensation of moisture inside the partition
  • Improves the microclimate inside of the building
  • Ensures the appropriate thermal insulating power of walls
  • Limits the costs of heating the building
  • Is easy to install

 

Purpose:

The KABE THERM EPS with silicone external render ARMASIL T system serves to insulate the outside walls of buildings with KLIMA perforated polystyrene panels using the technology of the jointless insulating system (JIS). It is used in residences for one or more families, and public and industrial buildings, in existing structures as well as in those under construction up to a height of 25 m (for buildings constructed before April 1995, up to a height of the eleventh story inclusively). The KABE THERM EPS with silicone external render ARMASIL T system with KLIMA perforated polystyrene panels and the ARMASIL T silicone render, besides the appropriate thermal insulating power, also ensures unique diffusive properties. The lowered diffusive resistance coefficient of the perforated panel (μ = 10!) makes it possible for a wall to dry uniformly over its entire cross-section. This allows for a significant shortening of the drying period of the walls (this period is comparable to when mineral wool is used) and quicker commissioning of the building for use. There is also a possibility for the thermal renovation of moist walls (without salt efflorescence) and insulation of walls made from materials with a low diffusive resistance (that is, cellular concrete, porous ceramics, or slag concrete). Thanks to the use of silicone render with a “self-cleaning” effect, this system works excellently on facades requiring a high resistance to staining.

 

Technical Data:

Type of thermal insulation layer: KLIMA perforated polystyrene panels
Thickness of thermal insulation layer: 60, 80, 100, 120, 140 mm
Method of affixation of thermal insulation: fixing or fixing with mechanical fixation
Application of mechanical fasteners: optional (specified in the technical design)
Reinforcing material: a glass fibre mesh with a basis weight of 145 or 165 g/m2
Fire safety class: system not propagating flames (NPF)
Colours: natural white or colours from the KABE template as well as selected colours from the NSC template or according to a supplied template (possible to obtain using non-organic pigments)
Textures: full
Grain sizes: 1.5 mm; 2.0 mm; 2.5 mm; 3.0 mm
Adhesion:
• to concrete ≥ 0.25 MPa
• to polystyrene ≥ 0.08 MPa
Adhesion of the external layer: ≥ 0.08 MPa
Coefficient of absorbability of the surface of the external layer: < 0.5 kg/m2
Relative diffusive resistance of the external layer: < 2.0 m

KABE-therm+eps+klima-armasil-t
Type of layer Product name and description Average consumption
Adhesive layer KOMBI adhesive and putty mortar – for fixing of polystyrene insulating panels to the base about 4.0 kg/m2
Thermal insulation layer KLIMA perforated polystyrene panels – thermal insulation panels made from seasoned polystyrene 1.0÷1.10 m2/m2 of insulation
Mechanical fasteners (optional) – pins for affixing the thermal insulation layer to the base type, amount and placement according to the technical design
Reinforced layer KOMBI adhesive and putty mortar – for the application of the reinforced layer about 4.0 kg/m2
Glass fibre mesh – anti-alkaline impregnated mesh, with its entire surface immersed in the mortar 1.10 m2/m2 of insulation
Finishing layer ARMASIL GT primer under the silicone render – preparation improving adhesion and limiting base absorbability 0.2 kg/m2
Silicone render made from ARMASIL T – protective and decorative layer, protecting the system against the unfavourable effects of atmospheric conditions and physical damage grain size 1.5 mm —2.3 kg/m2
grain size 2.0 mm —3.0 kg/m2
grain size 2.5 mm —3.7 kg/m2
grain size 3.0 mm —4.5 kg/m2

Note: Due to excessive facade heating for dark colours, we do not recommend using colours with a low coefficient of light reflection (Y<20%).

KABE THERM MW with NOVALIT T

Complete building insulation system based on mineral wool with external polysilicate NOVALIT T render

Main advantages:

  • Reduces building heating costs
  • Improves the interior microclimate
  • Attractive façade finish
  • Allows water evaporation
  • Prevents condensation of water vapour inside partitions
  • High resistance of the façade to staining thanks to the “self-cleaning” effect of the façade
  • Mineral nature of render
  • Very good sound insulation properties

 

Purpose:

The KABE THERM MW insulation system is used, above all, in structures requiring high vapour permeability and resistance to severe water conditions. It is used in residential single- and multi-family, public and industrial buildings, in existing buildings as well as in those under construction up to a height of 25 m (for buildings built before 1 April 1995, up to the height of the eleventh storey). For its application, slabs with facade mineral wool (with disordered fibres) can be used. The system can be used on all typical mineral surfaces (such as: concrete, cement or cement-lime render, sandstone, as well as on raw surfaces made of bricks, blocks, hollow bricks, and other ceramic or lime-sandstone materials of this type), as well as on surfaces coated with an adherent coat of facade paint or thin-coat render. The finishing layer for the system is the low-alkaline polysilicate NOVALIT T render, available in a wide range of colours and textures. The KABE THERM MW system is recommended particularly for buildings with walls made of porous materials (such as cellular concrete, slag concrete, or porous bricks). Due to its very good sound insulation properties, it is also well suited for insulating structures situated in areas subjected to high noise pollution.

 

Technical Data:

Type of thermal insulation layer: facade mineral wool panels
Thickness of thermal insulation layer: from 50 to 150 mm inclusively
Method of affixation of thermal insulation: bonding with adhesive and mechanical fasteners
Application of mechanical fasteners: required (specified in the technical design)
Reinforcing material: a glass fibre mesh with a basis weight of 145 or 160 g/m2
Fire safety class: A2 – s1,d0
Colours: natural white or colours according the KABE or NCS template or according to a supplied template (possible to obtain using non-organic pigments)
Textures: full, brushed/mixed
Grain sizes: 1.5 mm; 2.0 mm; 2.5 mm; 3.0 mm
Coefficient of absorbability of the surface of the external layer: < 0.5 kg/m2
Relative diffusive resistance of the external layer: ≤ 1.0 m

KABE-therm+mw-novalit-t
Type of layer Product name and description Average consumption
Adhesive layer KOMBI WM1 adhesive mortar – for fixing mineral wool insulating panels to the surface ca. 5.0 kg/m2
Thermal insulation layer Facade mineral wool panels 1.0÷1.10 m2/m2 of insulation
Mechanical fasteners (required) – pins for fixing the thermal insulation layer to the surface type, amount and placement according to the technical design
Reinforced layer KOMBI WM2 adhesive and putty mortar – for the application of the reinforced layer ca. 5.0 kg/m2
Glass fibre mesh – anti-alkaline impregnated mesh, with its entire surface immersed in the mortar KOMBI WM2 1.10 m2/m2 of insulation
Finishing layer NOVALIT GT primer – primer improving adhesion and reducing surface absorption ca. 0.20 l/m2
Thin-coat render compound NOVALIT T – protective and decorative layer, protecting the system from severe atmospheric conditions and physical damage; render colour and texture to be selected grain size 1.5 mm —2.5 kg/m2
grain size 2.0 mm —3.0 kg/m2
grain size 2.5 mm —3.7 kg/m2
grain size 3.0 mm —4.5 kg/m2

Note: Due to excessive facade heating for dark colours, we do not recommend using colours with a low coefficient of light reflection (Y<20%).

KABE THERM MW with ARMASIL T

Complete building insulation system based on mineral wool with external silicone ARMASIL T render

Main advantages:

  • Reduces building heating costs
  • Improves the interior microclimate
  • Attractive façade finish
  • Allows water evaporation
  • Prevents condensation of water vapour inside partitions
  • High resistance of the facade to staining thanks to the “self-cleaning” effect of the facade
  • Mineral nature of render
  • Very good sound insulation properties

 

Purpose:

The KABE THERM MW insulation system is used, above all, in structures requiring high vapour permeability and resistance to severe water conditions. It is used in residential single- and multi-family, public and industrial buildings, in existing buildings as well as in those under construction up to a height of 25 m (for buildings built before 1 April 1995, up to the height of the eleventh storey). For its application, slabs with facade mineral wool (with disordered fibres) can be used. The system can be used on all typical mineral surfaces (such as: concrete, cement or cement-lime render, sandstone, as well as on raw surfaces made of bricks, blocks, hollow bricks, and other ceramic or lime-sandstone materials of this type), as well as on surfaces coated with an adherent coat of facade paint or thin-coat render. The finishing layer for the system is the silicone ARMASIL T render, available in a wide range of colours and textures. The KABE THERM MW system is recommended particularly for buildings with walls made of porous materials (such as cellular concrete, slag concrete, or porous bricks). Due to its very good sound insulation properties, it is also well suited for insulating structures situated in areas subjected to high noise pollution.

 

Technical Data:

Type of thermal insulation layer: facade mineral wool panels
Thickness of thermal insulation layer: from 50 to 150 mm inclusively
Method of affixation of thermal insulation: bonding with adhesive and mechanical fasteners
Application of mechanical fasteners: required (specified in the technical design)
Reinforcing material: a glass fibre mesh with a basis weight of 145 or 160 g/m2
Fire safety class: A2 – s1,d0
Colours: natural white or colours according the KABE template, and selected colours from the NSC template or according to a supplied template (possible to obtain using non-organic pigments)
Textures: full
Grain sizes: 1.5 mm; 2.0 mm; 2.5 mm; 3.0 mm
Coefficient of absorbability of the surface of the external layer: < 0.5 kg/m2
Relative diffusive resistance of the external layer: ≤ 1.0 m

KABE-therm+mw-armasil-t
Type of layer Product name and description Average consumption
Adhesive layer KOMBI WM1 adhesive mortar – for fixing mineral wool insulating panels to the surface ca. 5.0 kg/m2
Thermal insulation layer Facade mineral wool panels 1.0÷1.10 m2/m2 of insulation
Mechanical fasteners (required) – pins for fixing the thermal insulation layer to the surface type, amount and placement according to the technical design
Reinforced layer KOMBI WM2 adhesive and putty mortar – for the application of the reinforced layer ca. 5.0 kg/m2
Glass fibre mesh – anti-alkaline impregnated mesh, with its entire surface immersed in the mortar KOMBI WM2 1.10 m2/m2 of insulation
Finishing layer ARMASIL GT primer – primer improving adhesion and reducing surface absorption ca. 0.20 l/m2
Thin-coat render compound ARMASIL T – protective and decorative layer, protecting the system from severe atmospheric conditions and physical damage; render colour and texture to be selected grain size 1.5 mm —2.3 kg/m2
grain size 2.0 mm —3.0 kg/m2
grain size 2.5 mm —3.7 kg/m2
grain size 3.0 mm —4.5 kg/m2

Note: Due to excessive facade heating for dark colours, we do not recommend using colours with a low coefficient of light reflection (Y<20%).