MARMOL fachadas ENG.fh11

VENTILATEDFAÇADESTechnological

Marble

1 THE SURFACES COMPANY

2 TECHNOLOGICAL MARBLE for ventilated facades

3 TECHNICAL CHARACTERISTICS

4 ADVANTAGES OF VENTILATED FACADES

5 ANCHORING AND SETTING SYSTEMS

6 COLOURS, finishes, sizesand formats

7 PROJECTS

8 Environmental Commitment, Service, Human equipment a Certifications

9 ANCHORING SYSTEMS

THE SURFACES COMPANYCOMPAC is a pioneering Europeancompany in the manufacture andmarketing of technological marble andquartz surfaces made using the engineeredstone system.

Founded in 1974 in a small town in Valenciaprovince, Spain, this courageous familycompany has been growing continuouslysince then to become a prestigiousinternational corporation with productioncentres today in Spain and Portugal, anda presence on five continents thanks toproprietary warehouses and a network ofover 250 associated dealers or distributors.

This company has a deep-rooted cultureof technological innovation addressed tosatisfying both the practical needs of thebuilding trade and the achievement ofattractive, personalised and healthfulspaces in the home.

This commitment to ensuring the dailywell-being of users and expressingcreativity marks the guidelines for ongoingresearch and investigation at COMPAC,summing up to one word for the future:SUSTAINABILITY.

COMPAC’s ongoing concern since itsfoundation has always been to usematerials derived from technologicalinnovation to make quality productsthat enhances the characteristicsand performance of the originalmaterial without losing any of theirnatural values.

1

Special COMPAC forventilated facades

2

COMPAC marble is a reconstitutednatural stone, from Spain, composedof highly pure minerals, polymer binder,

and unique additives mixture.

In outdoor applications, both polymerbinder and additives are specially

incorporated into the natural stone, tofully endow it to resist weather and

environmental conditions (such as theUV radiation, frost, heat, humidity, etc.).

In order to achieve this protectionagainst all kind of climate agents,

COMPAC is currently using patentedtechnology.

As a result, production process allowsCOMPAC to supply stones with

extraordinary mechanical properties,and insignificant degree of porosity;

therefore, COMPAC MARBLES are verysuitable in many applications, indoors

as well as outdoors.

In the past 35 years COMPAC has beenproviding building solutions (comprisingdesign, architecture and construction)

to numerous partners worldwide.

COMPAC Technological Marblewas conceived from a forward-looking understanding of thelimitations of natural stone foruse in modern construction dueto its lack of homogeneity and itsshortage as a raw material.

Intensive quarrying operations and thelarge amounts of unused waste materialsfrom extraction activities inspired us tosearch for an advanced product capable ofexpressing today’s innovative aestheticswhile meeting all the practical needs ofmodern architecture and ensuringsustainability and complete respect for theenvironment.

Before receiving a surface finish, the slabsare subjected to a calibration process toensure that all sizes (width, length andthickness) are always within tolerances andranges allowed by current standards.

The final surface finish is achieved usingpolishers equipped with abrasive heads thatuse wet friction to provide the appropriatetexture for each surface.

The COMPAC Technological Marbleproduction plant in Gandía (Valencia-Spain)has a capacity of 2 million m2 per year.

By subjecting the mixture to avibrocompactation process we ensurea homogenous distribution of minerals,

and then a vacuuming processeliminates all air from the mixture,giving COMPAC Technological Marble

its most highly appreciated featurefor use in ventilated façades:

absence of pores andnegligible water or humidity

absorption.

These characteristics ensure that ourproducts only require maintenance which issimple and economic, while ensuring thattheir mechanical properties are superior tothose of natural stone (no fissuring or fragileareas).

This product is made in compact blocks fromwhich panels of different thickness areobtained, based on client needs.

The most frequent thicknesses for our slabsare 10mm, 12mm, 14mm (which is the normfor ventilated façades), 20mm and 30 mm.

Slabs are obtained by cutting blocks usingsawing machinery equipped with a series ofdiamond-tipped discs spaced to obtain thecorresponding slab thicknesses.

QUARRYINGMIXED WITHRESINS ANDPIGMENTS

QUALITYCONTROL

PRESSING

BRUSHED ANDCALIBRATED

STORAGE ANDDESPATCH

CURING INBLOCK

STORAGE BY SIZE CRUSHING

CUT INLOOMS

Reconstitution Process> Selection of suitable rocks

As per the required technicalspecifications (from Spanishquarries)

Addition of chemical compoundsto improve diverse technicalspecifications of the natural stone.

> Block production

Size: 306x123x85 cms

> Polymerization • COMPAC marble blocks are cutinto slabs, which are subsequentlyprocessed to the required finish(polish, honed, aged, bushhammered or brushed); after, theslabs can be cut into the requiredtile size.

Comparatives with other materials

(*) Source: Technical Competence Documents /DIT) issued Construction Institute “Eduardo Torroja”

Material Wind resistance Density Water Porosity Impact Colour life Frost Thermal(kN/m2) (kg/m3) absorption (%) Resistance Resistance shock (crack charge) (%) resistance

COMPAC 11,4 2450 < 0,1 Insignificant 1 J > Resistant OK OK OKMARBLE (measures of 3 J > Resistant

the pieces 10 > Breakage60x60x1,4 cm) without loosening

Other Natural - 2600 - 2700 0,2 - 1 0,2 - 1,5 - Depend on OK NecessaryMarbles the variety to test

Limestone - 2600 2,5 - 3,5 5 - 10 -D Depend on Necessary Necessarythe variety to test to test

Granite (*) 5,4 2700 0,1 - 0,4 1 - Depend on OK OK(measures of the varietythe piece00x100x3 cm)

Porcelain (*) 6,7 2410 < 0,1 insignificant 1,5 J > Fissure Not Not OK(measures of without breakage available availablethe pieces 10 J > Breakage66x44x1 cm) without loosening

Composite wood 5 - 8 1350 - - - Not Not Not- polymer (*) (to usual measures) available available available

Polymer 12,2 2400 < 0,1 insignificant - OK OK OKConcrete(*) (measures of

the pieces60x40x1,1 cm)

Our production process

permits multiple designs to

be obtained with a highly

aesthetic appeal, thanks to

which unique, customised

projects can be designed in

accordance with end user

specifications and tastes.

With a hardness rating similar to that of naturalstone, COMPAC Technological Marble has an impactand breakage resistance which is much greaterthanks to its superior flexibility.The flexure resistance rating of COMPAC Technological Marbleis approximately 30 MPa, which is why the critical breakageload for this material is extremely high even in the lowerthicknesses. Thanks to this property, materials with a thicknessof 14mm can be used in conventional façade formats (60x60or 120x60).

It is a lighter product and is therefore easier totransport, handle, cut and set.

With a porosity of practically zero, water absorptionis minimal, thereby achieving a product with a highlevel of resistance to stains and climatic conditionssuch as rain and frost.

Unlike natural stone, however, COMPACTechnological Marble is homogenous, meaning itcan be applied on large-scale surfaces withoutnoticeable differences in colour or tone.Property consistency:The production process used to obtain COMPACTechnological Marble allows us to guarantee itsoutstanding properties at all times, from one batchto another.

Ultraviolet radiation resistance:Materials used as outdoor surface coverings mustpresent a high level of resistance to ultravioletradiation as well as to rainwater. Special COMPACTechnological Marble for ventilated façadesincorporates specific components to optimise itsperformance with respect to atmospheric agents,such as pigments that are highly resistant to UVradiation and a high-performance isophthalic resinagainst humidity and solar radiation.This is also a hygienic product and is easy to clean

and maintain, and like natural stone, COMPACTechnological Marble can be polished to highlightits original gloss and appeal.

TECHNICALSPECIFICATIONS

3

The values shown inthis factsheet areindicative only andtherefore not legallybinding. For furtherinformation, pleasecontact our technicaldepartment.

1 PERLA CLARO BLANCO MICRO MARFIL STONE AFIONFIDJIORBERINGMICRO THASSOS

2 CARAMELO NACARADOBEIGE FARAYA CREMA ALTEA CREMA VALENCIA

3 OPALEIVORECRYPTOBASALTMARSCUIVRETRAVERTINE

SPECIFICATIONS TEST METHOD UNITS TYPICAL VALUES

1 2 3

FLEXURALRESISTANCE

UNE EN 14617 - 2:2005Test method for agglomerated stone.Determination of flexural resistance

MPa 25,5 25,6 19,1

IMPACTRESISTANCE

UNE EN 14617 - 9:2005Test method for agglomerated stone.Determination of impact resistance

J 5 6 3

WATERABSORPTION

UNE EN 14617 - 1:2005Test method for agglomerated stone. Determination

of apparent density and water absorption% 0,042 0,072 0,091

COEFICIENTE DEDILATACIÓN TÉRMICA

UNE EN 14617 - 11:2006Test method for agglomerated stone.

Determination of thermal expansion coefficientºC - 1 14,8x10e - 6 26,4x10e - 6 15,4x10e - 6

REACTION TO FIRE(EUROCLASSES)

EUROCLASSES UNE - EN - ISO9239 - 1:2002 and ISO 1716:2002 EUROCLASSES A2fl s1A2fl s1 A2fl s1

COMPRESSIVESTRENGTH


Determination of compressive strengthMPa 133,9 137,0 127,5

APPARENTDENSITY g/cm3


Determination of apparent density and waterabsorption

2,49 2,46 2,53

ACCELERATED AGEINGOF ARTIFICIAL

MARBLE

UNE 48-251-92 Test method using alternating cycles of ultravioletlight and condensation

No alterations observed such as loss of gloss, fissuring,surface whitening, etc.

SCRATCHHARDNESS MOHS

UNE EN 101 Ceramic tilesDetermination of the hardness to the bordered

one of the surface according to MOHS3 - 43 - 4 3 - 4

CHEMICAL RESISTANCE TO ACID ATTACKClass C1Materials maintaining less than 60% of their reference reflection value after 8 hours.

CHEMICAL RESISTANCE TO ALKALI ATTACKClass C4Materials maintaining at least 80% of their reference reflection value after 8 hours.

TEST TEST METHOD VALUES

FROSTRESISTANCE UNE EN 14617 - 5:2005 RESISTANT

THERMAL SHOCKRESISTANCE RESISTANTUNE EN 14617 - 6:2005

RESISTANCE TOCHEMICALS

C4 (bases) and C1 (acids)UNE EN 14617 - 10:2005

DIMENSIONALSTABILITY CLASS AUNE EN 14617 - 12:2005

Ventilated façades are a vertical

cladding system for buildings that

uses an outer cladding material

enclosing a ventilated air chamber

and a layer of continuous thermal

insulation against the inner

building wall.

Energy efficiency:Ventilated façades are ideal for reducingenergy costs in buildings. Thermal insulationis placed in a continuous layer to preventheat transfer from metal framework edgesand vertical supports.

Protection against atmosphericagents:The outer leaf receives the direct impact ofrain and sun, but it minimises these effectsby being separated from the inner leaf andbuffered by an air chamber.

Elimination of condensation andhumidity from the “chimneyeffect”:The air behind the outer leaf is heated andtherefore rises, taking with it the humiditydeposited on the thermal insulation.

Choice of aesthetic composition:In view of the great flexibility in choosingcladding modules, building façade design ismade easy.

Ideal for restoral work:With a simple assembly over an existing wall,a façade can be restored easily and quickly,improving aesthetic and technical conditions,with no need to disturb dwellers or users ofthe building.

Performancethoroughlytested.

ADVANTAGESOF

VENTILATEDFACADES

4��

COLOURS

Exclusivecolour:

With any purchaseof over 15,000

square metres ofCOMPAC

TechnologicalMarble, we can

prepare any colourrequired by theclient to order.

5

CREMA VALENCIA NACARADOBEIGE FARAYA MARFIL STONE CARAMELOIVOIRE OR

TRAVERTINE BERING PERLA CLARO BASALT MARS CUIVRE CRYPTO

FIDJIAFIÓNBLANCO MICROMICRO THASSOS BLANCO STONE CREMA ALTEAWHITE FARAYA

Finishes

POLISHED, smooth glossy finish.

OVO, imitation eggshell texture.

SILKEN, smooth grooved texture.

MATT, natural matt finish.

BUSH HAMMERED, rough texture.

Standard thicknesses are14mm, 20mm and 30mmdepending on the anchoringsystem.

Sizes and formats

NONSTANDARD SIZES

Thickness of 14mm up to 1500x600mm

STANDARD FORMATS

600 x 600 mm

600 x 400 mm

1000 x 300 mm

1200 x 300 mm

1200 x 600 mm

THICKNESS(mm)

14

14

14

14

14

WEIGHT(kg)

8,2

12,3

10,3

12,3

24,7

ANCHORINGSYSTEMS

ANDINSTALLATION

6 ADHESIVE SYSTEMCladding pieces are joined to thesubstructure using an adhesive.Today’s major advances inadhesives technology now providea series of products that complywith all the requirements for usein ventilated façade systems. Thesesystems are usually combined withsome kind of mechanical anchoringsystem.

Ventilated Façade with ContinuousAnchoring and Back Adhesive.

Ventilated façades are a vertical cladding

system for buildings that uses an outer

cladding material enclosing a ventilated

air chamber and a layer of continuous

thermal insulation against the inner

building wall.

For over 20 years COMPAC Technological

Marble has been used as cladding

material for ventilated façades in many

countries, and we now have over 1.5

million squares metres of this material

successfully installed.

Some international companies

specialising in ventilated façade systems,

like VETISOL France, have even

developed systems especially designed

for use with COMPAC Technological

Marble.

CLAMPSThis system has been frequentlyused to make ventilated façadesclad with ceramic tiles. The clampsmay be either hidden or visible.There are various qualities andcharacteristics of clampingsystems on the market, but fromthe standpoint of safety, theseanchoring systems have the lowestresistance to wind pressure.

Ventilated Façade with Anchoring Pointson Hidden Lip.

Ventilated Façade with ContinuousAnchoring on Back Groove.

HIDDEN BACK-GROOVEDSYSTEMThis system was conceived as afurther development to edgegrooved systems and present thesame advantages.

In this variant, however, thehorizontal anchors are joined tothe cladding at the factory itself.The cladding pieces fitted withthese anchoring systems are joinedto the vertical or horizontalstructural profiles on site.

HIDDEN EDGE-GROOVEDSYSTEMIn this system, the horizontal edgesof the slabs are grooved along theirentire length. The profiles have alip which fits into the groove, asshown on the close-up below. Thissystem of installing a ventilatedfaçade presents a series ofadvantages that should behighlighted:

• They are safest on the market,as the entire length of the panelrests on the anchoring device.

• They can be used with a widevariety of formats and can beadjusted to any height. They takediverse lip sizes and differentseparation distances from the wall.

A wide variety of façade designscan be made by combiningdifferent size pieces.

Ventilated Façade with ContinuousAnchoring on Edge Groove.

PIVOT FASTENINGSYSTEMThis is a classic fastening systemused to anchor natural stone to aventilated façade. It is not practicalfor thinner pieces as the diameterof the pivot itself is usually around5mm.

This system is now becomingobsolete compared to newersolutions offering more safety andversatility, such as grooved edgeor back profiles.

Ventilated Façade with Pivot FasteningSystem

Experience in ventilated façades

COMPAC has ample experience in the application of Technological Marble productsoutdoors, as in ventilated façades.

COMPAC Technological Marble has been successfully installed in ventilated façadesystems with excellent results in a vast array of projects around the world, bothin countries with high temperatures such as the Arab Emirates, Asia, Latin Americaand southern Europe, and in colder countries like Poland and France.

VETISOL is a French company specialising in the design and installation of ventilatedfaçades, applying its own anchoring system for use with COMPAC TechnologicalMarble products from the early 90s.

VETISOL has been awarded a French “Avis Technique” technical certificate fortheir façade system using COMPAC Technological Marble products.

Over one million square metres of outdoor cladding have been installed aroundthe world since the 1990s.

Services

ADVISORY SERVICES FOR ARCHITECTURAL PROJECTS

SYSTEM RECOMMENDATIONS

PLANS AND SPECIFICATIONS

TECHNICAL VISITS

DESCRIPTIVE REPORTS

ENGINEERING AND TECHNICAL PROJECTS

VENTILATED FAÇADE EXECUTION PROJECTS

SELECTION OF APPROPRIATE INSULATION

SCHEDULES

MATERIAL OPTIMISATION

REDIWA C.A.T./VETISOL® ANCHORING SYSTEMS

COMPATIBILITY WITH OTHER VISIBLE AND HIDDENANCHORING SYSTEMS

DESIGN, SECURITY, EFFICIENCY AND QUALITY

TOTALLY QUALIFIED INSTALLATION

TURNKEY PROJECT EXECUTION

EXPERT MANPOWER

TECHNICAL CONTROL OF WORKS EXECUTION

COMPLIANCE WITH APPLICABLE STANDARDS

PROJECTS UNDERTAKEN7

City Council ofSaragossa - SpainAfion

PROJECT

303 Homes

Appart City

Bellini - La Defense

Hospital Helfaut

Hôtel Balldins

Le Plan Déau

Les Ellipses

Maison de Retraite

Saint Aubin les Elbeufs

SNI Logement

St Léger du Bourg Denis

Ma Campagne

Hotel Wilson

Piscine

Canteleu

St. Michel Hospital

Résidence ABG

Kremlin Bicetre 2

Les Taïlls

Maison de Retraite

Copro

HLM

COUNTRY

France

France

France

France

France

France

France

France

France

France

France

France - Angouleme

France - Bègles

France - Caluire

France - Canteleu

France - Clermond Ferrand

France - Courbevoie

France - Kremlin Bicetre

France - Le Mans

France - Levallois

France - Limoges

France - Limoges

COLOURS

Or - Afion

Blanco Micro

Cripto

Granite Rose

Afion

Opale

Rosa Stone

Cuivre - Basalt

Afion

Opale

Afion

Afion - Perla Claro

Or

Blanco Micro

Perla Claro - Crema Marfil

Perla Claro - Afion

Opale - Basalt

Crema Marfil - Or

Cuivre - Travertin

Blanco Micro

Ivoire

Blanco Micro

SIZES (cm)

100x60x1,4

120x60x1,4

120x60x1,4

60x20x2

60x60x1,4

60x60x2

120x60x2

60x60x1,4

60x60x1,4

60x60x1,4

60x60x1,4

60x60x1,4

60x40x1,4

60x60x1,4

120x60x1,4

Various Sizes

Various Sizes

Various Sizes

60x60x1,4

120x60x1,4

60x60x1,4

60x60x1,4

PROJECT

Avenue Thiers

EPHAD Rennes

Lycée Rabelais

Collège Pierre de Coubertin

Collège P. st M. Curie

Rondo Fitness Club

Harbourg Tower

Horizon Tower

Manara Towers

Samara Tower

Al ManaraTower

Hotel Justyna

Al Baraha Tower

Al JasraTower

Wedding Palace-Jeddah

Centro de Investigación Médica

Residential Building

Residential Housing

Ayuntamiento de Zaragoza

Hotel AH Zaragoza

Zorlu Business Center

Hight St. Glasgow

COUNTRY

France - Lyon

France - Rennes

France - Saint Brieuc

France - St Jean de Braye

France - Troyes

Japan

Lebanon

Lebanon

Lebanon

Lebanon

Lebanon - Beirut

Poland

Qatar - Doha

Qatar - Doha

Saudi Arabia

Spain - Navarra

Spain - Pamplona

Spain - Valencia

Spain - Zaragoza

Spain - Zaragoza

Turkey - Istambul

United Kingdom

COLOURS

Crema Marfil

Crema Marfil

Mars

Blanco Micro

Crema Marfil

Nacarado

Nacarado

Siena - Nacarado Silken

Micro Thassos Silken

Siena Silken

Crema Marfil

Cuivre - Travertin

Beige Faraya Honed

Dakar Honed

Caramelo Polished

Perla Claro

Basalt - Opale

Micro Thassos Silken

Afion

Blanco Micro Pulido

Beige Faraya

Blanco Micro

SIZES (cm)

Various Sizes

120x60x2

150x60x2

60x60x1,4

60x60x1,4

150x20x3

120x60x2

120x60x2

120x60x2

120x60x2

60x60x3

60x60x1,4

60x60x2

75x65x2

120x60x2

60x60x1,4

120x60x1,4

120x55x2 & 120x75x2

Various Sizes

120x60x1,4

60x60x3

60x60x1,4

AH HotelsZaragoza- SpainBlanco Stone

CIMA MedicalResearch CentrePamplona - SpainPerla Claro

Samara TowerResidential buildingBeirut - LebanonCrema Marfil

St. Michelle HospitalClermond FerrandFrancePerla Claro-Afión

Al Manara TowerResidential buildingBeirut - LebanonCrema Marfil

Residential buildingSantander - SpainCrema Marfil

Residential buildingSpainBasalt-Opale

Hotel JustynePolandCuivre - Travertin

Collège Pierre de CoubertainSt. Jean de Braye - FranceBlanco Micro

Gim Rondo Fitness ClubTokyo -JapanNacarado

Al Jasra TowersDoha- QatarBeige Faraya

Al Baraha TowerDoha - QatarBeige Faraya

EnvironmentalcommitmentSince its inception COMPAC has beenstrongly committed to responsibility inthe protection of the environment.

In 1975 nearly 80% of COMPAC productswere made using raw materials derivedfrom unused portions of other processes.Today this level is above 95% and ouraim is to reach 100%.

Our water recovery and treatmentplants enable us to reuse 95% ofour water consumption.From 2003, we have been implementingan environmental policy whose aim is tocompensate the total CO2 emissionsimpact by 2015. Under this plan we havealready reforested over 5,000 native treesin Portugal, which is above one-third ofthe total target of 12,000 trees.

8COMPAC has its own network of dealersand warehouses around the world. Thispresence on five continents guaranteesthat COMPAC fulfils one of its basicpremises in the relation to clients: speedin service.

Speed in sales and after-sales services.

Speed in delivery, with a capacity forsupplying materials for all kinds ofprojects.

Speed in resolving incidents.

Service Human resources

Over our 40-year history we have alwaysbeen governed by values involvingprofessionalism, trust and respect.Friendly relations, proximity to clients andrespect for the competition are rules thatwe always strive to bear in mind in all ourrelations.

The GEI, whose mission is protectinghuman health and quality of life byimproving indoor air quality and reducingchemical exposure, extends theircertificate to products like COMPAC thatcomply with indoor air quality standardsregulating volatile organic compounds(VOCs). The certification marks given areGreenguard Indoor Air Quality Certifiedand Greenguard Children & SchoolsCertified, with the latter being one of thestrictest standards in the industry forproducts used in spaces for children.

Our commitment to innovation andrespect for the environment encouragesus to make ongoing efforts in researchin our R&D&I Department incollaboration with major resinmanufacturers and numerousTechnology Institute and universitiesaround the world.

Thanks to this commitment, COMPAChas obtained widespread recognition,exemplified by a series of certificationsfrom international bodies, of note amongwhich is our acknowledgement from theGreenguard Environmental Institute(GEI).

Certifications

ANCHORINGSYSTEMS

9

COMPAC marble floor tiles are certified by AvisTechnique.

COMPAC surfaces for use on building façades together with VETISOL® “CRISTO”

cladding obtained an “Avis Technique” from France’s CSTBat.

This procedure allows walls type XIII to be built, with impermeability being assuredby the support, calling for a masonry or concrete base support covered with athin mortar layer.

SCOPE OF USE

Limited by technical note (“Avis Technique”), particularly in relation to exposureto wind.

Cladding classification r2 e3 V1a4 E2/3 T3 I3 R3

Fire classification for this cladding is A2 (B-s3, d0).

COMPONENTS

• Cladding panels

These are marble-polyester mortar pieces with thicknesses of 14mm or20mm, with fronts in polished, silken, matt or hammered finishes.

All edges calibrated and squared:

• Standard panel

VETISOL® anchoring system

Structure Format Thickness Horizontal edge treatment

Metallic 600 x 1500 14 mm grooved

Metallic 900 x 1500 14 mm ungrooved

Metallic 900 x 1500 20 mm grooved

And the 600x400, the 600x600, etc…

>

Examples ofanchoring

systems withpartner

companies

Enclosure

Joint bracket (liftor retention)

Vertical Profile

ThermalInsulation

Horizontal Profile

Compac Marbletile grooved on

edge

Perforated metalanti-rodent

VETISOL AXONOMETRIC SYSTEM

Note: These details are indicative and may vary depending on the project and type of anchor chosen.

SUPERIOR FINISH - THRESHOLD

Enclosure support

Anchor enclosure

Joint bracket (lift or retention)

Pin, nut and washer Stainless steel

Thermal insulation

Vertical Profile

Self-drilling screw

Compac Marble tile grooved on edge

Horizontal profile beginning

Compac Marble tile

Anchor enclosure

Horizontal profile support threshold

Window

LOWER COMPLETION - WINDOWSILL

Window

Mortar screed

Adhesive

Compac Marble tile

Angular metal

Horizontal profile of wall-term

Self-drilling screw

Compac Marble tile



Anchor enclosure

Vertical Profile

Thermal insulation

Enclosure support

Window

Adhesive

Metal support

Compac Marble tile

Enclosure support

Anchor enclosure

Thermal insulation


Angular metal

Vertical ProfilePin, nut and washer Stainless steel

Self-drilling screwHorizontal Profile


LATERAL GABLE – JAMBS


VETISOL SYSTEM - DETAIL OF HOLLOW COVERAGE

Compac Marble tile groovedon edge

Vertical Profile

Pin, nut and washer Stainlesssteel

Joint bracket (lift orretention)

Anchor enclosure

Angular LSelf-drilling screwHorizontal Profile

Thermal InsulationEnclosure

CORNER DETAIL


Enclosure

Anchor enclosure

Thermal Insulation

Joint bracket (lift orretention)

Pin, nut and washerStainless steelVertical Profile

Horizontal Profile

Compac Marble tilegrooved on edge

Self-drilling screw

Angular L

ANGLE DETAIL

VETISOL SYSTEM - DETAIL ON CORNER PROFILING


VETISOL SYSTEM - VERTICAL SECTION DETAIL

Compac Marble tile

Adhesive

Angular metal

Horizontal profile of wall-term

Compac Marble tile



Vertical Profile

Anchor enclosure

Enclosure support

UPPER FINISH – THRESHOLD


Vertical Profile

Thermal insulation

Self-drilling screw

Intermediate horizontal profile

Enclosure support


Anchor enclosure



Self-drilling screw

Intermediate horizontal profile


INTERMEDIATE SECTION PIECE



Anchor enclosure

Enclosure support

Thermal insulation

Vertical Profile

Compac Marble tile

Self-drilling screw

Horizontal Profile - beginning

Perforated metal anti-rodent

LOWER SECTION – BEGINNING


WANDEGAR SYSTEM 2001 - DETAILS ON CORNER SECTIONS

Enclosure

Thermal insulation


Vertical Profile

Self-drilling screw


Anchor enclosure

Horizontal Profile

Self-drilling screw

Angular profile of joint for corners of horizontal frames

Compac Marble tile with anchors on the back

CORNER DETAIL

Angular profile of joint for corners bolted to the horizontal frames


Vertical Profile

Self-drilling screw

Pin, nut and washer Stainless steelAnchor enclosure

Enclosure

Thermal insulation

Horizontal Profile

Compac Marble tile with anchors on the back

CORNER DETAIL


WANDEGAR SYSTEM 2001 – ENCLOSURE DETAILS OF GLUED HOLLOWS

Enclosure support

Anchor enclosure


Horizontal ProfileSelf-drilling screw

Thermal insulation

Compac Marble tile with anchorson the back

Metal supportAdhesive

Compac Marble glued to metalsupport

Window

UPPER SECTION PIECE – THRESHOLD

Window

Mortar screed

Compac Marble tile

Adhesive

Enclosure support

Angular metal

Vertical Profile


Self-drilling screw

Horizontal Profile


Anchor enclosure

LOWER SECTION PIECE – WINDOWSILL


Window

AdhesiveMetal support

Compac Marble tile

Enclosure support

Anchor enclosure


Vertical ProfileThermal insulation

Angular metal

Self-drilling screw

Horizontal Profile



WANDEGAR SYSTEM 2001 – ENCLOSURE DETAILS OF HOLLOWS WITH FRAMES

Enclosure supportAnchor enclosure

Vertical Profile


Horizontal Profile

Self-drilling screwThermal insulation

Angular support

Plate bracketMetal support


Horizontal Profile

Window

UPPER SECTION PIECE – THRESHOLD

Window

Compac Marble tile

Adhesive

Metal support

Angular metal

Plate bracket

Thermal insulation

Horizontal Profile

Self-drilling screw

Anchor enclosure

Compac Marble tile withanchors on the back


Vertical ProfileEnclosure support

LOWER SECTION PIECE – WINDOWSILL

Window

Enclosure support

Anchor enclosurePlate bracket

Thermal insulation


Vertical ProfileSelf-drilling screwHorizontal Profile

Compac Marble tile with anchors onthe back




Compac Marble tile

Adhesive

Metal support

Angular metal


Horizontal Profile

Self-drilling screw


Self-drilling screw

Vertical Profile

Anchor enclosure

Enclosure support

UPPER FINISH – THRESHOLD

Section piece to joint vertical profilesVertical Profile

Supporting profiles (hanger-type)and closure of anchor system

Self-drilling screw

Horizontal Profile

Thermal insulation

Enclosure support

Anchor enclosure


Self-drilling screw

Pin, nut and washer Stainlesssteel

INTERMEDIATE SECTION PIECE

LOWER SECTION – BEGINNING

Enclosure supportThermal insulation

Anchor enclosureVertical Profile


Self-drilling screw

Horizontal Profile

Self-drilling screw

Compac Marble tile with anchors onthe back

Starting section

Waterproofing

WANDEGAR SYSTEM 2001 - VERTICAL SECTION DETAIL - ESC.1/5

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