Technical Guidelines

KEIM External ThermalInsulation CompositeSystems

PREMIUMis our Standard.

Overview of KEIM ETIC systems 2

General remarks for planning and handling 3

Application of glued and dowelled systems 5

Wind suction loads 9

KEIM rail systems 11

KEIM perimeter und foundation insulation 15

U-values for common wall constructionmaterials with ETICS 18

Contents

AquaROYALEPS

AquaROYALMW

XPorEPS -glued

EPS -glued anddowelled

MW -glued anddowelled

MW-Lamelleglued

Substratecondition

suitable forglueing

solid solidsuitable for

glueingsolid

suitable forglueing

Wall material Masonry / Concrete

Insulatingpanels

EPS Mineral wool Multipor EPS Mineral wool MW-Lamelle

thickness 40 - 300 mm 40 - 200 mm 60 - 240 mm 40 - 300 mm 40 - 200 mm 40 - 200 mm

WLG Thermalconductivity

group032/035/040

035/036/040/041

045 032/035/040035/036/040/041

041

Glue Pulverkleber-90(Powder adhesive)

XPor-Leichtmörtel(Lightweight-

mortar)Pulverkleber-90 (Powder adhesive)

Dowels constructive ifapplicable

officiallyapproved

only screwdowels

constructive ifapplicable

officially approvedconstructive if

applicable withplate 140

Mesh mats Glass fibre mesh-Medium Glass fibre mesh / Glass fibre mesh-Medium

Reinforcement AquaROYAL-Armierungsmörtel(Reinforcement mortar)

XPor-Leichtmörtel(Lightweight

mortar)

Pulverkleber-90 (Powder adhesive) /Armierungsmasse 100 (Adhesive and reinforcing)

Plaster finish AquaROYAL-Mineralputz(Mineral plaster)

XPor-Leichtmörtel(Lightweight

mortar)Brillantputz

Brillantputz / Indusil Brillantputz

Coating AquaROYAL-ColorAquaROYAL-Lasur

XPor-Struktur-beschichtung

(Texture coating)Soldalit

Soldalit / Egalisationsfarbe (Equalising paint)

2

Table 1 Overview of KEIM ETIC systems

General Remarks forplanning and handling

The structural requirements of existingand new buildings must be matchedwith the requirements of the ETICS. Co-ordination of eventual preliminary tasksis to be settled with constructionmanagement.

For all connections and details definiteand realizable finishing information ismandatory.

Sandwiching of existing ETIC systems ispossible in accordance with buildinginspection approval Z-33.49-1183.

Facade insulation should begin at least20 cm below basement ceiling to avoidthermic losses via basement ceiling.Optimal would be to install anadditional plinth insulation.

To fasten components to the ETIC systemthe appropriate mounting elements mustbe taken into account.

Existent structural expansion joints are tobe realized in the ETICS as well.

Interior plaster and screed must bepoured, applied and dried. If required,appropriate measures have to be takenfor drying. Cause for ascending humidi-ty must be remedied.

All horizontal coverings, e.g. windowsills and roof closures must be installedprior to beginning with insulationprocedures.

Levelness of substrate must accord toDIN 18202. Minor unevenness of thesurface can be compensated for withthe adhesives. The substrate conditionmust be examined by the processorbefore beginning with insulationmeasures.

When using EPS panels with thickness >100 mm all lintels must be insulated withmineral wool panels of at least 20 cmwidth for reasons of fire safety (seedetail planning 3.5.1, 3.5.2).

For EPS insulation panels with thickness> 100 mm up to max. 300 mm mineralwool lintels may be omitted if for at leastevery second floor a horizontalcircumferential fire barrier is installed.The fire barrier must be realized with a20 cm wide mineral wool insulationband which is fully bonded andadditionally dowelled. The distance bet-ween lower edge of lintel and loweredge of fire barrier may not exceed0.50 m. (see detail plan 3.5.3)

Abutments between cladding and ETICmust be realized rain- and windproof. Inaccordance with RAL guidelines allrequired sealing foils for mountingwindows must be applied in the interior.The surfaces of sealing foils appliedfrom the outside must be bondable asany other foils impair functionality ofinsulation panels.

Installation of roller shutter boxes into anETICS with EPS-Panels is to be evaluatedindividually.

Only closed systems may be installed.Mixed systems with components of othersystems are not permissible and voidmanufacturer’s warranty.

Fire preventionmeasures

Windows

Systems

Planning

Preparatorymeasures

3

4

Close expansion joints betweeninsulation panels with insulation materialstrips. For further information see the Ge-neral Construction Approvals.

Trim height differences betweeninsulation panels. Remove grinding dustcompletely.

No expansion joints of insulation panelsover structure joints. For joints betweene.g. 3-layer panels or cracks adisplacement of approx. 20 cm isadvisable.

Fill cavities under ledges with insulatingmaterial.

All connecting joints and penetrations ofthe ETICS are implemented driving rainproof with KEIM joint sealing tape. Thereinforcement layers and finishingplaster are to be separated fromadjacent components by a trowel cut orsuitable plaster parting strips.

For suitable substrates systems with EPSpanels may be realized fully bonded.Structural dowelling is implemented withe.g. 8 concrete dowels / m².

Systems with mineral wool lamellae maybe fully bonded to suitable surfaces formaximum expected wind suction loadsof 1.6 kN/m². Surfaces not suitable forfull bonding additionally requiregenerally approved dowels with140mm plates.

Decision for type of dowel use dependsupon the choice of ETIC system and wallmaterial. The length of the dowel ismandated by anchoring depth,thickness of insulation panels, thicknessof existing plaster and thickness ofadhesive layer.

Dowelling of insulation panels isperformed underneath the fabric aftersufficient drying of adhesives. For theKeramik-MW system (Ceramic)dowelling is performed through thefabric.

Facades exposed to high pressure ormechanical stress, e.g. in playing areas,may be additionally reinforced withKEIM Panzergittermatte (Armoured wiremesh) or KEIM TEC-Platten (Panels).

During the whole processing and dryingduration the air and substrate temperatu-res must be at least +5°C. For KEIMIndusil the minimum temperature starts at+ 8° C.EPS panels are to be protected from sun,and mineral wool and Multipor insula-tion panels from moisture. A suitablemeasure for that would be to cover thescaffolding.

The reinforcement layer must havecompletely set before application offinishing plaster. Drying time dependsupon weather conditions. To avoidvisible transitions enough processors arerequired per scaffolding layer. Thefinishing coat is applied wet in wet.Larger areas should be adequatelypartitioned to permit uninterruptedapplication. Observe weatherconditions.

Due to environmental influence mineraland silicate plaster may dry cloudy. Thisis no technical defect and represents noreason for warranty. For visual reasonstherefore at least one application ofKEIM Egalisationsfarbe (Equalisingpaint) is required. For high quality finisha two-coat application of KEIM Soldalitis recommended. For AquaROYAL-System a two-coat finish of AquaROYAL-Color is compulsory.

Processing

Dowelling

Shock-resistant ETICS

Processingconditions

5

Application of glued anddowelled systems

Substrate must be solid, stable, dry andfree of contaminants.

Substraterequirements

Pretreat absorbing and sanding surfaceswith KEIM Indulaqua, a watery specialprimer.

Priming

KEIM plinth profiles are fixed to a planesurface with 3 dowels per m. The joints ofthe plinth profiles are connected with plinthprofile connectors. By using the part of thesystem plinth plug-on profile unattractivefabric overlappings are avoided.

Plinth profile

The system-compliant adhesive mortar isapplied to the EPS-panels using abead-point-method. 40% of panelsurface must be bonded to the substrate.Glueing

EPS panels

For uncoated insulating mineral woolpanels the system-compliant adhesivemortar is first applied in a thin wettinglayer and then wet in wet using abead-point-method. 40% of the panelsurface must be bonded to the substrate.

GlueingMW panels

Using coated lamellae S2, the system-compliant adhesive mortar can beapplied to the wall by machine andcombed with a notched trowel.Lamellae S2 is to be bonded full-area tothe substrate.

GlueingMW-Lamella

1

2

3

4

5

6

Insulation panels are inserted andpressed on flush. Sufficient bonding tosubstrate must be ensured.

Insertinginsulation panels

The XPor-Leichtmörtel (Lightweight-mortar)is applied to the Multipor Mineraldämm-platten (Mineral insulation panels) as fullwetting layer or in bead-point-method.70% of panel surface must be bondedto the surface.

GlueingMultipor panels

The insulation panels are closely abuttedand glued in a bond pattern, avoidingcross joints. Special care should be takennot to get any adhesive between the paneljoints.

Insulating panels inan offset pattern

Ledges must be compatible to the ETICSand installed prior to insulation measures.The ledge must project 4 cm over thecompleted ETIC-system. The use of windowledge brackets is advised. The end capscompensate for expansion and movementof the ledge.

ETICS compatibleledges

Connection joints between ledge andinsulation panels are implemented withKEIM Fugendichtband (joint sealing tape).Panel cut-outs are made with KEIMKonturenformer (contour shaper).

Connection joints

When using plinth profiles as vertical edgethe profiles must be installed with overlap.

Vertical edges

7

8

9

10

11

12

6

Insulation panels made from mineral woolare statically relevant dowelled as perDIN 1055-4 with officially approveddowels, if required in combination withbigger plates ø 90 mm or ø 140mm.

Dowelling

Before reinforcing edges of buildingopenings KEIM Diagonalarmierung(diagonal reinforcement) is embedded.

Diagonalreinforcement

For EPS panels with a thickness of morethan 100 mm additional fire protectionabove building openings are required.Above the respective opening andinsulation of lintels a strip of mineral woolmust be fully glued. See detail planning3.5.1 and 3.5.2.

Fire protection bands

Fire stops are installed horizontally around thewhole building at least at every second level.The fire stop must consist of a 20 cm wide stripfrom a mineral wool insulation panel which iscompletely glued and dowelled. The maximumdistance between lower edge of lintel and loweredge of fire stop may not exceed 50 cm. Edgesin immediate proximity of openings are protectedwith fabric corner angles. See detail planning3.5.3.

Fire stops

Joint gaps are implemented with KEIMApu-Gewebeleisten (Fabric strips) betweencladding frame and ETICS.

Implementationof joint gaps

14

15

16

17

18

7

Pressure-resistant and CFC-free mountingelements for professional mounting ofbannisters, awnings, lamps and more.

Mounting elements

13

Processing of glued anddowelled systems continued

II II

I

Ia

I

I

Ia

I

I

Ia

Anordnung des Brandriegels mindestens in jedem 2. Geschoßhorizontal umlaufend um das Gebäude

I Brandriegel aus Mineralwolle-Dämmplatten, Höhe mind. 20 cm, vollflächig verklebt und ggf. zusätzlich verdübelt

Ia Brandriegel alternativ aus Mineralwolle-Dämmplatten, Höhe mind. 20 cm, vollflächig verklebt undggf. zusätzlich verdübelt

II Maximaler Abstand zwischen Unterkante Sturz und Unterkante Brandriegel 50 cmKantenbereiche unmittelbar über Gebäudeöffnungen werden zusätzlich mit Gewebeeckwinkelnbzw. Tropfkantenprofilen verstärkt

8

The desired finish coat is applied by handor by machine drawn to grain and evenlystructured. Different grain-sizes, structuresand colours are available. The lightreflectance value (LRV) of colours shouldbe > 20 for textured plasters and > 30 forsmooth plasters.

Finish coats

Creative designs with KEIM glaze paintingtechnique, KEIM façade profiles and KEIMstructured panels (KEIM Boss panels) forinsulated facades.Creative accents

by KEIM

20

21

AquaROYAL EPS und AquaROYAL MW –The innovative solution with hydro-activeETIC systems without biocides.

AquaROYAL

22

At joints the KEIM Glasfaser-Gittermatte(Glass fibre mesh) is embedded centred orin the upper third with an overlap of 10 cmdepending upon employed system. Removespreader ridges after drying. Within thereinforcement layer a trowel cut isperformed at joints between adjacentcomponents.

Reinforcement

19

9

The wind pressure and the resultingareas of differing wind suction loadsmust be determined individually forevery side of the building. The areas A-B-C-E with respective dowel numbers aredetermined by the building dimensions.It is not required to calculate the area D.The regional positioning of the building,land formation and building height mustbe accounted for during calculations.

To determine the number of dowelsdifferent methods are available.

Engineering approach for calculation ofsurface areas in dependence of buildingheight.

Real calculation, possibly lower numberof dowels, but division of building intoareas A, B and C, with differingnumbers of dowels.

Simple handling resulting in consistentamount of dowels for the completebuilding.

• Max. height of building 25 m,from ground to ridge

• Side of the building max. doubleheight to width (h/d < 2)

• Wind zones 1, 2 or 3

1. Determine wind zone, see windzone map

2. Determine wall material3. Determine type of insulation panel

and thickness, determine ETICScategory (Table 2)

4. Determine type of dowel andresulting dowel load category(Table 3)

5. The smaller value from table 2 undtable 3 are the load categories withwhich the number of dowels areobtained from table 4

StandardMethod

Simplifiedapproach

Practice-orientedapproach

Requirements for useof practice-orientedapproach

Guide to determinedowels usingpractice-orientedapproach

ETICS wind suction loadsDetermination of dowelsfor statically relevant dowellingof ETIC systems

Wind zone map DIN 1055 divides Germany into 4 wind zones:

Wind zone 1, InlandWind zone 2, Inland, Coast and Baltic IslandsWind zone 3, Inland, Coasts and Baltic IslandsWind zone 4, Inland, Coasts and Islands of North

and Baltic Sea

Wind zone 4Wind zone 3Wind zone 2Wind zone 1

10

Load category kN/dowel

Substrate EjothermSTR-U

EjothermNTK-U

H1-eco HiltiSD-FV

HiltiSX-FV U

HiltiHelix

Beton C 12/15according to EN 206-1

0.50

0.200.30

0.20

0.200.50

Beton C 16/20 – C 50/60according to EN 206-1

0.300.30Solid brick (Mz)

according to DIN 105-1

0.300.50

Solid sand-lime brick (KS)nach DIN 106-1

0.20

Perforated sand-lime brick (KSL)according to DIN 106-1 0.20 0.40

Solid bricks of lightweight concrete (V)according to DIN 18152 0.20 – – – –

Vertically perforated brick (Hlz)according to DIN 105-1 0.40 0.20 0.20

0.20

0.25

Vertically perforated brick (Hlz)Reference stoneaccording to to ÖNORM B6 124

0.25 – – – –

Hollow bricks of lightweight concreteaccording to DIN 18151 0.20 – – – 0.20 –

Lightweight aggregate concrete (LAC) 0.30 – – – – –

Aerated concrete P2 – P7 0.25 – – – – –

3- layer panels For 3- layer panels dowel pull-out tests are always required(tests to be performed directly on the building!)

Amount of dowelspieces/m²

Heightup to 10m up to 18m up to 25m

Wind zone 1

≥ 0.167 6 6 8

0.150 6 8 8

0.100 8 10 12

Wind zone 2

≥ 0.167 6 8 8

0.150 8 8 10

0.100 10 12 14

Wind zone 3

≥ 0.167 8 10 10

0.150 8 10 12

0.100 12 14 16

Table 2 ETICS load categories

Table 3 Choice of dowels/anchors for glued and dowelled systems

Table 4 Number of dowels/anchors for glued and dowelledsystems according to practice-oriented method.Applicable to buildings with up to 25 m height. Wind zones 1, 2 and 3 are covered.Advantage of practice-oriented method is the consistent amount of dowels for the complete building.

Loadcategory in kN

Insulation material EPS MWWAP-zg, Coverrock,MW-S2 036

MWWAP-zgVero

MWWAP-zhLamella

MWWAP-zhHD

Multipor-Mineraldämmplatte

Thickness in mm ≥ 40 ≥ 40 ≥ 80 ≥ 40 < 60 ≥ 60 < 100 ≥ 100

Plate at leastø in mm 60 90 90 140 60 60 60 60

ETICS loadcategory kN 0.15 0.15 0.15 0.167 0.15 0.167 0.100 0.167

11

KEIM Rail systems

Handling of KEIM Railsystem PS

With these systems the insulation panelsare fastened with fastening strips. Thisapplies to panels of EPS and mineralwool. For proof of stability the rails mustbe mounted with officially approvedcollared dowels. Choice of dowel typedepends upon wall material. Substratemust be dry, stable, dust- and oil-free.Unevenness of up to 3 cm/m of thesubstrate can be compensated for withspacers.

The insulating panels are additionallymounted with officially approveddowels required by technical approvalZ-33.42-189. Insulation panels inwindow and door frames are fully gluedand additionally dowelled if possible.Near to end surfaces the M-panels areadditionally secured with dowels.Where fastening strips cannot behorizontally mounted, e.g. roof connec-tions, ledges, overhanging or projectingcomponents, etc. a fastening strip is cutto length and mounted vertically. Shouldpanels be cut to length the groove iscreated with a plough plane.

Handlinginformation

At the beginning of the rail system theplinth profile is mounted with 3 dowels/m.The first row of panels in the vicinity of theplinth profile is mounted by spine glueing.Mounting

plinth profile

A lump of KEIM Pulverkleber- 90(Powder adhesive) is spread on the back.A minimum of 20% of the panel surfacemust be bonded.Glueing

1

2

3The KEIM Halteleisten (Fixing strips) aremounted with officially approved collareddowels with max. 30 cm spacing.KEIM Distanzstücke (Spacers) compensatefor minor surface unevenness and ensurestress-free mounting of fixing strips.

KEIMHalteleisten

12

5

6

7

At the corners the M-panels are appliedoffset and edge-bonded. M-panels are alsoedge-bonded at facade connections.

Mountingat corner

of buildings

The KEIM Glasfaser-Gittermatte(Glass fibre mesh) is embedded centredand with an overlap of 10 cm at joins.

Reinforcement

The plaster finish is applied and structured.Various grain sizes and finish textures areavailable. The light reflectance value (LRV)of colours should be > 20 for texturedplasters and > 30 for smooth plasters.

Plaster finish

Place the plastic KEIM Halteleiste (Fixingstrip) into the horizontal panel-grooving.Joints of the strip must not align with jointsof the insulation panels. Align fixing stripswith bubble level. Maintain a distance of2–3 mm between fixing strips. Insert plasticKEIM Verbindungsleiste (Connection Strip)into the vertical panel-grooving and latchinto fixing strip.

KEIMVerbindungsleisten(Connection strip)

4

13

1

2

3

4

5

6

Handling of KEIM Schienensystem MW(rail system)

At the beginning of the rail system the plinthprofile is mounted with 3 dowels/m. Thefirst row of panels in the vicinity of the plinthprofile is mounted by spine glueing.Mounting

plinth profile

Three Ø 18 cm lumps or one 10 cm widestripe of KEIM Pulverkleber-90 (Powderadhesive) are applied to the back of thepanel in parallel with the fixing strip.A minimum of 20% of the panel surfacemust be bonded.

Glueing

Insert KEIM Alu-Halteleiste (Aluminiumfixing strip) into the horiziontal panelgrooving. Joints of strips must not align withinsulation panel joints. Use bubble level toalign fixing strips. Maintain a distance of2–3 mm between fixing strips.

KEIMAlu-Halteleisten

(Aluminium fixingstrips)

Push KEIM Alu-Verbindungsleiste (Alumini-um connection strip) into the vertical panelgrooving.

KEIMAlu-Verbindungs-

leisten (Aluminiumconnection strip)

KEIM Alu-Halteleisten (Aluminium fixingstrips) are mounted with officially approvedcollared dowels with a maximum spacingof 30 cm. KEIM Distanzstücke (Spacers)compensate for minor surface unevennessand ensure stress-free mounting of fixingstrips..

KEIM Distanzstücke(Spacers)

The mineral wool M-panels are installed inan offset pattern and are additionallyfastened with plate dowels in accordancewith technical approval Z-33.42-189.MW-Platten

application

14

7

8

The KEIM Glasfaser-Gittermatte (Glassfibre mesh) is embedded centred and withan overlap of 10 cm at joins.

Reinforcement

The plaster finish is applied and structured.Various grain sizes and finish structures areavailable for structure's style. The lightnessvalues of colours should be > 30.Plaster finish

Table 5 Choice of dowels

Load category kN/dowelMounting fixing

stripsAdditional dowels for mounting

insulating panels

Substrate ejotherm SDK U ejotherm STR U H1-eco

Concrete C12/15according to EN 206-1

0.50 0.50

0.30Concrete C16/20 - C50/60according to EN 206-1

Solid brick (MZ) according to DIN 105-1Solid lime-sand brickaccording to DIN 106-1

0.30Perforated sand-lime brick (KSL)according to DIN 106-1

Solid brick of lightweight concreteaccording to DIN 18152 0.20 0.20 –

Vertical perforated brick (HLZ)according to DIN 105-1 0.40 0.40 0.20

Hollow blocks (Hbl)of lightweight concreteaccording to DIN 18151

0.20 0.20 –

Lightweight aggregate concrete (LAC) 0.30 0.30 –

Aerated concrete P2 - P7 0.25 0.25 –

3-Layer panelsFor 3- layer panels dowel pull-out tests are always required

(Tests to be performed directly on the building)

15

KEIM perimeter and plinth insulation:Effective protection against thermal bridges

KEIM perimeter and plinth insulationare a sensible enhancement of KEIMETIC systems. Thermal bridges inheight of the basement ceiling areprevented and building structures areeffectively protected from thebeginning.

If ETICS are used and mounted in areasclose to the plinth or having groundcontact mechanical and humidity-related stress-effects must be observed.Structural waterproofing must beensured by sealing according to DIN18 195. In accordance with DIN 18195 all enclosing walls of a buildinghaving ground contact must be sealedagainst ingress of moisture. The verticalseal is implemented from the foundationup to the top of the horizontal seal, atleast 30 cm above ground level.Surfaces to be sealed must be dry,clean, stable, and level (see DIN 18202). Expansion joints of the buildingare to be implemented in plinth- andperimeter-insulation. Precipitated watermust be diverted away from the facadeby structural measures. These arecommonly a gravel layer or anti-capillary layer. Pavement or stones mustbe implemented structurally separatefrom the building and with sufficientdownward slope away from thebuilding.

It is possible to implement a plinthrecess. A baseboard is installedbetween plinth and facade insulation.The joint between plinth insulation paneland baseboard is implemented withKEIM Fugendichtband (Joint sealingtape)

The joint between plinth insulation paneland facade insulation panel isreinforced with an additional strip KEIMGlasfaser-Gittermatte (Glass fibre mesh).

The reinforcement layer ends maximal20 cm below ground level. After dryingof the finish coat in contact with theground is completed an appropriatemoisture protection is installed whichreaches down to the uncoated perimeterinsulation panels (see detail plan 7.2.3).A damage protection to be put in frontof the panels below ground has to beprovided on site, e.g. a dimpledsheeting.

KEIM Perimeter insulation

Perimeter insulation designates allinsulation below ground surface level.Perimeter insulation is installed on theoutside of the respective constructiveelement outside of structuralwaterproofing (see detail plan 7.2.2).In areas with pressing water and withinthe capillary fringe into groundwaterperimeter insulation panels must notbe used.Due to the special demands underground level the perimeter insulationpanel has a general approval by thebuilding supervisory authorities.

Perimeterdämmplatten-SA or -Plus(Perimeter insulation panels) are used.KEIM Indulastic is used for glueing.Glue is applied in 6 lumps to theinsulation panel. Glueing of panels isperformed seamlessly from bottom totop.

Under ground level reinforcement is notrequired.

General remarks

Plinth recess

Flush-mountedplinth andfacade insulation

Moisture protection

Glueing

Reinforcement

16

KEIM Plinth insulation

The plinth zone begins with ground leveland has a height of at least 30 cm. Dueto splash water and higher mechanicalloads perimeter insulation panels areused which may also minimally invadethe soil level (see detail planning 7.2.1).Insulation panels crossing ground-levelare bevelled-cut and covered to thesubstrate with the armouring layer.

The insulation panels are tightly joinedavoiding joints and glued using thebead-point method with KEIM Pulverkle-ber-90 on mineral substrates and withKEIM Indulastic on organic substrates.

Insulation panels above ground levelhave to be dowelled if necessary. If so,the structural sealing must not bedamaged up to 15 cm above groundlevel.

KEIM Glasfaser-Gittermatte (Glass fibremesh) is embedded in KEIM Pulverkle-ber-90 (Powder adhesive). To increasepressure resistance KEIM Panzergitter-matte (Armoured wire mesh) can beused.

KEIM finish plasters together with KEIMpaint systems provide a creative designfor the plinth.

After drying of plaster adequatemoisture protection is applied up to 5cm above ground, e.g. KEIM Indulastic,which must continue underground untilreaching the structural waterproofing.As protection against damage e.g. acorrugated plastic foil is required asnext layer.

Glueing

Dowelling

Reinforcement

Final finish aboveground level

Moisture protection

Plinth insulationwith recess 7.2.1 (as of 02/11)

Perimeter insulation with plinth andfacade insulation 7.2.3 (as of 02/11)

1 Final rendering2 Reinforcement with

Glass fibre mesh3 Insulation panel4 Adhesive5 Plinth profile6 Joint sealing tape

17 Perimeter insulation panel25 Hammer fix plug29 Structural sealing against

surface water accordingto DIN 18195

32 Indulastic33 Soldalit34 Dimpled sheet

*

1

2

3

17

29

33

32

34

17

4

33

1 Final rendering2 Reinforcement with

Glass fibre mesh3 Insulation panel4 Adhesive

17 Perimeter insulation panel29 Structural sealing against

surface water accordingto DIN 18195

32 Indulastic33 Soldalit34 Dimpled sheet

*When flushly glueing plinthinsulation to facade insulationthis junction must be reinforcedwith two layers.

Dimples pointto ground

17

Table 6 Product overview perimeter and plinth insulation

Product descriptionand use Perimeter and plinth insulation Plinth insulation

Insulating panelsPerimeterdämmplatte-SA(Perimeter insulation panel)

Perimeterdämmplatte-Plus(Perimeter insulation

panel)

Sockeldämmplatte-weiß 035(Perimeter insulation panel white)

Sockeldämmplatte-grau 032(Perimeter insulation panel grey)

Colour White/pink Yellowish White Grey

Material EPS CFC-free EPS CFC-free EPS CFC-free EPS CFC-free

Edge Blunt Stepped profile Blunt Blunt

Surface structure Honeycomb Grid Honeycomb Smooth

Format 1000 x 500 mm 1250 x 600 mm 1000 x 500 mm 1000 x 500 mm

Thickness 40 – 200 mm 200 – 300 mm 20 – 30 mm 80 – 300 mm

Thermal conductivitygroup 035 035 035 032

Fire behaviouraccording to DIN 4102 B 1 B 1 B 1 B 1

Installation depth up to 3 m underground level

up to 4.5 m underground level above ground level above ground level

AdhesiveKEIM Indulastic

6 lumps per panel in underground area

Mineral substrates:KEIM Pulverkleber-90 (Adhesive powder)

Other substrates: KEIM Indulastic

Bead-Point glueing method over ground level40% of the surface must be bonded

to the substrate.

Consumption ca. 4.0 kg/m2 *KEIM Pulverkleber-90 (Powder adhesive):

approx. 4 kg/m2

KEIM Indulastic: approx. 4 kg/m2 *

Reinforcement not required

KEIM Pulverkleber-90 KEIM (Adhesive powder)AquaROYAL-Reinforcement mortar

KEIM Glasfaser-Gittermatte/-Medium(Glass fibre mesh/-medium)

Final coating not requiredKEIM Brillantputz + two coats Soldalit

KEIM AquaROYAL-Mineralputz (mineral plaster)+2 coats KEIM AquaROYAL-Color

Increase of pressureresistance not required KEIM TEC-Platte (Panel)

KEIM Panzergittermatte (Armoured wire mesh)

Reinforced surfacesunderground Moisture protection with KEIM Indulastic min. 1.0 kg/m2

* Prepared Indulastic, 1 : 1 mixture with cement

18

For technically correct implementation of ETIC systems the manufacturer's specifications and contents of applicable approvals by buildingsupervisory authorities are binding. This processing guideline illustrates the most essential steps and procedures.Additionally, the respective currently valid technical data sheets and package imprints apply.

Wall material Thicknesscm

Thermalconduc-tivity

coefficientλλ

W/mK

U-ValuewithoutETICS W/m2K

U-Value with ETICS λλ=0,035 W/mK

W/m2K

8 cm 10 cm 12 cm 14 cm 20 cm

Concrete2400 kg/m3

1520

2.103.513.24

0.390.38

0.320.31

0.270.27

0.230.23

0.170.17

Solid brickaccording to DIN 105

243036.5

0.811.961.711.50

0.360.350.34

0.300.290.28

0.250.250.24

0.220.220.22

0.160.160.16

Vertical perforated brickaccording to DIN 105

2430

0.501.441.23

0.340.32

0.280.27

0.240.24

0.210.21

0.160.15

Solid lime-sand brickaccording to DIN EN 106

243036.5

0.992.191.931.72

0.360.360.35

0.300.300.29

0.260.250.25

0.230.220.22

0.160.160.16

Perforated lime-sand brickaccording to DIN EN 106

2430

0.701.801.56

0.350.34

0.290.29

0.250.25

0.220.22

0.160.16

Lightweight concrete hollow block

according to DIN 18151

2430

0.601.631.40

0.350.34

0.290.28

0.250.24

0.220.21

0.160.16

Lightweight concrete blockaccording to DIN 18152

2430

0.461.361.15

0.350.34

0.280.27

0.240.23

0.210.21

0.150.15

Aerated concrete flat blocks GP 700 kg/m³

2430

0.230.800.66

0.280.26

0.240.23

0.210.20

0.190.18

0.140.14

All wall constructions were calculated with 1.5 cm interior plaster and 2 cm exterior plaster. Actual insulation thickness depends upon the requirements of energy saving guidelines, heat transfer properties of insulation and existing or planned wall construction.

Table 7 U-values for common wall construction materials with ETICS

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