baswa prosp englisch ug - acoustic grgplanning documents marmorweg 10 ch-6283 baldegg tel. ++41...

Planningdocuments

Marmorweg 10CH-6283 BaldeggTel. ++41 (0)41 914 02 22Fax ++41 (0)41 914 02 20www.baswa.com

Table des contents

Page

Planning documents 4

System description of BASWAphon 4

BASWAphon – Classic 8

BASWAphon – Fine 8

BASWAphon – Base 9

BASWAphon – Cool 9

Construction details 10

Ceiling construction 10

Wall construction 11

Surface connections 12

Edge filling 13

Hybrid systems / seamless surfaces 14

Dilatations 15

Ceiling installations and constructions 16

Miscellaneous 17

Installation times 19

Detailed drawings 20

Bidding text 42

Reference list of objects 57

General Conditions of Contract of the BASWA companies 65

BASWAacoustic AG • Marmorweg 10 • CH-6283 Baldegg • Tel. +41 (0)41 914 02 22 • Fax +41 (0)41 914 02 20 • www.baswa.com • [email protected]

General informationThe BASWAphon acoustic system is an innovative, mine-ral-based, patented modular product line designed forcontrolling sound reverberation time. The system iscomprised of a pre-coated mineral fiber panel which isglued on a hard surface (cement, plaster fiber panel) andis then seamlessly coated with a micro-porous coatingmass.

The system is suitable for:

• level surfaces such as ceilings, floors• arched and vaulted surfaces• double-folded surfaces

BASWAphon technology provides architects and acou-sticians with new design possibilities thanks to the follo-wing characteristics.

• seamless, smooth surfaces• exceptional sound absorption• minimal loss in room height• unrestricted color choice according to

Corbusier or NCS• non-combustible• sound absorbing cooling and

heating surfaces

Please visit our Internet address www.baswa.com whichwill provide you with photos of several objects and de-sign possibilities.

SystemsIn order to satisfy a wide variety of acoustic and architec-tural requirements, four systems are available to you infour different system strengths with a price-performanceratio optimally suited to the various features and field ofapplication.

On the next pages, you will be givan a system descripti-on of the following systems:

• BASWAphon – Classic• BASWAphon – Base• BASWAphon – Fine• BASWAcool

SeamlessnessTaking into account the specific features of the ceilingsurface such as: shape of ceiling, material expansion,possible sinking and/or deformation of the building’sshell, up to 400 m2 of surface can be designed seam-lessly with a corresponding shadow gap of approx. 1 cm.We’d gladly be of assistance to you in finding the suitab-le solution to meet your specific needs. .

Acoustic features of the system’s thicknessThe systems satisfy a variety of acoustic and architectu-ral requirements. Which is why BASWAphon acousticsystems are available in a system thickness of 30, 40, 48and 68 mm.

We recommend consulting with an architectural acousti-cian for your specific dimensioning requirements. Themeasured values are listed in the BASWA test report do-cuments.

Acoustic designFor acoustic reasons, it can be an advantage to have in-creased sound reverberation in some of the ceiling fields.This can be achieved by using sound-proof surfaces suchas cement chases, curtain walling or by closing the poreson the supporting panel with a latex paint.

Due to the various degrees of material porosity and flow re-sistances, the level of soiling may vary during the course ofuse, which cannot be avoided and which is why no claimswill be accepted in this regard.

BASWA – acoustics system

Illustration 1 Finesse of structured surface

0.0125 250 500

Frequenz f

Sch

alla

bso

rptio

nsgr

ad a

s

1000 2000 4000Hz

0.2

0.4

0.6

0.8

1.0

1.2

1.4

Illustration 2 Sound absorption level of BASWAphon - Classic 68 mm


Product manufacturing / manufacturing qualityThe quality of the surface greatly depends upon the carethat went into carrying out and adhering to the manufac-turing instructions. BASWAphon ceilings are not merelyindustrial creations, rather are handmade, quality objectsand therefore do not show any signs of irregularities, fur-nishing clear evidence of the fact that our products arethe result of high-quality craftsmanship.

Should the ceiling be exposed to extreme side light, mi-nimal signs of unevenness in the smooth white plastersurfaces may become visible. (In order to give you anidea of the quality achieved on site, we would be pleasedto name several objects with side light).

Manufacturing is only permitted by employees certifiedby the BASWA acoustic AG company.

Inexperienced contractors can receive a qualification forinstalling the BASWAphon acoustic system by receivingin-house technical training.

The different detailed solutions are also discussed duringtraining thus providing contractors with a high degree ofexpertise in the manufacturing and consultation of theproduct.

We’d be pleased to provide you with a current list of pla-ster contractors upon request.

Ceiling maintenanceSystems used to reduce reverberation time are based onmicro-porous surfaces where sound energy is transfor-med into heat. These pores may become soiled over thecourse of time due to soot, nicotine or dust.

This may especially take place when the backside of theBASWAphon ceiling forms a negative pressure. It is the-refore particularly important to pay attention during plan-ning that no pressure inclinations (location of the ventila-tion ducts, leakage) are formed between the cover’sbottom and the massive ceiling.

The pores would also become clogged by a coat of paint,which is why BASWA surfaces should under no circum-stances be painted.

In order to uphold optimal acoustic characteristics andoptic requirements with respect to clean surfaces and/orchange in shade of color, BASWA’s construction principleis based on enabling the system to be renewed at any gi-ven time.

Depending on the size of the object being dealt with, re-newal can be carried out within 1 to 2 working days.

Partial soilingPartial soiling such as nicotine stains, water and bevera-ge stains, traces of chlorophyll, etc. can be carefully removed by moistening the area with a 10% oxygenatedwater solution. Please contact us should you be confron-ted with a case involving some form of damage.

Refreshing processAny yellow or gray discoloration of the surface resultingfrom normal use of the room can be refreshed by spray-ing the paint in the process of being prepared. This pro-cedure can be repeated as many as three times.

Renewal processWhen confronted with badly soiled surfaces, the last lay-er is removed and re-built. In order to do so, steam is ap-plied to the BASWA surface for approx. 3 minutes with astandard steam-cleaner used for household purposes.After a brief saturation period, the BASWA Top layer (ap-prox. 0.5 - 1.0 mm) is scraped off with a simple tool,swept off with a clean broom and is newly applied.Thanks to this rapid renovation process, the BASWA-phon acoustic system is predestined for locations suchas restaurants, hotels, conference rooms, etc.


Color conceptIn order to create colored surfaces, the coating mass isdyed. In order to retain open-porousness, acousticallyeffective surfaces may under no circumstances be co-vered in paint.

Most colors are available in the Corbusier color conceptor NCS color range. The special composition of thecoating mass limits the selection of the pigments and theusable amount thereof so that we may not be able to ho-nor all requests. Due to the open-porousness, variationsin lighting, angles of vision, the manufacturing processchosen, a color may somewhat differ from the model.

Depending on the intensity of the desired color, the foun-dation coating may have to be dyed as well.

As is the case with other mineral systems, slight cloudformation cannot be ruled out.

When dealing with bordering building components thatare the same shade of color as the BASWA surface, werecommend painting them only after completion of theBASWA component.

Do you have a specific color in mind? We’d be more thanpleased to send you a sample.

Building management, work planningThe system is purely water-based. The drying process,therefore, is not accelerated by hydraulically binding ad-ditional substances. This is why we estimate, with ap-propriate manpower, a minimum building time of 5 wor-king days per surface.

Generally speaking, smooth surfaces are difficult to re-pair, which is why the final coating ought to be applied aslate as possible during the building process. By doingso, clients can minimize the risk of damage. Glovesought to be worn when putting applications on alreadyexisting ceilings in order to avoid fingerprint marks.

Electrical, ventilation and plumbing installations as wellas any possible fastening devices are to be precisely de-termined and planned in advance. Contrary to a normalsmooth plaster ceiling, making corrections at a later pointis very costly.

Sound reverberation zones are planned by an acoustici-an and indicated prior to applying the foundation coating.

By applying the final coating as late as possible, mecha-nical flaws as well as soiling due to color, fingerprints,etc. can be avoided.

Seeing to it that all involved in the construction are awa-re of the vulnerable nature of the final coating can helpensure a problem-free process as well optimal end re-sults.

Vaulted, arched surfacesWhen dealing with vaulted ceilings or surfaces with seve-re curves, the pre-coated mineral fiber panels are cut intoapprox. 3/4 of the way and are carefully pre-bent and thenglued to the surface.

In case of radii of less than 0.5 m, we recommend con-structing with an uncoated mineral fiber panel as a basiswhich is then coated in three working stages (BASWA-phon Fill, BASWAphon 407 and BASWAphon – Top).

Thanks to the supporting panels’ high degree of flexibili-ty, not only can walls of simple vaults be developed, butalso cross-vaults and/or double-curved walls. Depen-ding upon the appearance of the object, structured sur-faces can also be developed as is the case with restora-tions of historically valuable buildings.

Illustration 3 Colors NCS

Illustration 4 Exemple de cintre


GeneralRightfully so, one of the biggest topics today is how ourenvironment is being treated and the sustainable protec-tion thereof. A significant factor in this regard is surelythe amount of energy required for the air conditioning ofour living space.

In order to guarantee a lasting basis for our lives, wemust optimize the energy used and make use of alterna-tive forms of energy.

The classic systems used in order to air condition buil-dings such as ventilating systems, static heaters, are of-ten limited when it comes to providing a comfortable at-mosphere using the least amount of space and energypossible.

Capillary tube technologyCapillary tube technology provides new possibilities in terms of environment. It is in tune with Nature: Water-bearing capillary tube mats made out of flexible syntheticmaterial are installed very close to the surface of the space development surface, enabling mild temperatureequalization of the ceilings, walls or floors.

During this process, energy is transferred between theusers and the active surfaces mainly through radiation.This is in accordance with the natural regulation of all living creatures’ thermal economy.

This explains why human beings feel comfortable whenin a room equipped with this system and why their pro-ductivity is increased. For this very reason, the demandsfor:

Sound AbsorptionTemperature Equalization

lead to the creation of our new BASWAphon – Cool product.

System set-upCapillary tube mats were glued onto the BASWAphonsupporting panels, were embedded and covered in twostages, and in the end were covered with the desired fi-nal coating. The BASWAphon – cool system can also be set up di-rectly on a concrete ceiling or a suspended ceiling, aswell as slanted roofs and even in vaulted and arched lo-cations.

However, due to the measurements of the water-supplypipe, the system is only available in a system thickness ofapprox. 53 and 73 cm.

We’d be more than pleased to be of assistance to youduring the planning process.

Sound absorption degree according to EN 20354

Refrigerating capacity

Function descriptionThanks to the system’s large exchange surfaces, largeamounts of energy can be transferred without anydraught or noise, even in cases where the difference bet-ween the active room surface and the air is small.

CoolingDepending upon the flow temperature, the surface tem-perature is approx. 19 °C at merely 2-3 K spreading bet-ween the flow (15°C - 17°C) and the return (17°C - 19°C).When installed, up to 85 w/m2 refrigerating capacity canthus be attained. Dew point thimbles steer the volumeenergy and/or the flow temperature, thereby preventingcondensation formation.

HeatingIn this case, the surface temperature is between approx.27°C - 30°C. Therefore, skin surface temperature (32 °C)is not exceeded, thus causing no physiological impair-ment.

Tests performed by Prof. Dr. Berned Glück have shownthat no loss in comfort is to be expected at a heating capacity of 60 - 70 W/m2 based on radiation asymmetry.

BASWAphon – Cool

0.0125 250 500

Frequenz f

Sch

alla

bso

rptio

nsgr

ad a

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1000 2000 4000Hz

0.2

0.4

0.6

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1.0

1.2

1.4

Illustration 5

Kühlsegel mit PP-Kapillarrohren, Abstand: 10mm, eingebettet in Gipsputz

Kapillarrohr-Kühldecke, eingeputzt

log. Untertemperatur In K3

20

30

40

50

60

70

80

90

100

110

120

4 5 6 7 8 9 10 11 12 13 14 15

Typ:

22 kg/Elem.

11 kg/Elem.

Illustration 6


System set-up

BASWAphon – Classic

3

4

5

25,35,43,63 mm

1

2

2,0 mm

3,0 mm1,5 - 2,5 mm0,5 - 1,5 mm

General informationThis tried and tested system can be put to use universal-ly and combines all the advantages of the BASWAphonacoustic system. The system provides the highest degreeof freedom, enabling the creation of the very finest surfa-ce structure.

1) BASWAphon Top Covering Layer2) BASWAphon 407 Foundation Layer3) BASWAphon Supporting Panel4) Adhesive5) Background

Special features

• finest surface structure• intense coloration• curved surfaces

System set-up

BASWAphon – Fine

1,5 - 2,5 mm1

2

3

4

28,38,46,66 mm

2,0 mm

General informationThis one-layer procedure stands out for its smooth, finesurface. This system is ideal for suspended systemsand/or in case of a need for short installation times.

1) BASWAphon fine covering layer2) BASWAphon acoustic panel3) Adhesive4) Background

Special features

• fine surface structure• short installation time


4

5

6

25,35,43,63 mm

2,0 - 3,0 mm0,5 - 1,0 mm

1

2

3

4,0 - 5,0 mm

2,0 mm

System set-up

BASWAphon – Base

2

3

4

1,5 - 2,5 mm

25,35,43 63 mm

1

General informationThis module has a smooth, white, seamless, finely struc-tured and mechanically-speaking relatively durable sur-face with an interesting price-performance ratio.

1) BASWAphon 407 foundation layer2) BASWAphon supporting panel3) Adhesive4) Background

Special features

• curved structured surfacesintensive coloration

System set-up

BASWAcool

General informationThis product class combines sound absorption with thewater-bearing capillary tube system and creates a roomtemperature in tune with our clients’ specific needs.

Special features• seamless, smooth surface (Classic, Base and Fine)• draught-free, noise-free heating and

cooling• exceptional sound absorption• Refrigerating capacity > 87W/m2 at a dT of 10 K• short thermal reaction time• very best hygienic conditions

1) BASWAphon Top covering layer2) BASWAphon 407 base layer3) Capillary dube cooling mat4) BASWAphon – Supporrting panel with

cement foundation layer5) Cement-like adhesive6) Cement


Massive ceilingsBASWAphon acoustic systems have been tried, testedand proven to be ideal for this application thanks to a mi-nimal loss in ceiling height, the additional thermal insula-tion, the system’s seamlessness, all combined with ex-ceptional acoustics.

When dealing with already existing ceilings (abrasion,coat of paint), the adhesive strength ought to be deter-mined in advance. Should it be less than 250 N/m2, thebackground has to be strengthened by an insulation li-quid suitable for the existing coating and/or an additionalmechanical fastening has to be placed on the glued sup-porting panels with BASWA metal clips.

Otherwise, the supporting panels’ entire surface is gluedon the dust-free and forming-oil-free cement ceiling withthe adhesive suited for the background. Casing offsetslarger than 3 mm have to be levelled out in advance.

Suspended ceilingsIn order to avoid partial soiling of the surface and in orderto uphold the fire resistance class F30, the system requi-res a closed ceiling sub-structure. A standard suspen-ded system made out of metal tracks can be used for thesub-structure. Wooden sub-structures are not recom-mendable due to possible fissures as a result of long-term deformation.

As a suspension basis for the BASWAphon – constructi-on, a solid, 12.5 mm plaster board or plaster fiber panelcovering ought to be chosen. (When constructing in hu-mid rooms, such as swimming pools, the choice of sub-structure must be determined on the basis of buildingphysics.)

In order to avoid partial soiling of the surface, the buttjoints have to be levelled out. If a pressure differentialover the ceiling application cannot be ruled out, a largeopening, which can be concealed with a loudspeakercloth, should be formed.

The surface of the suspended ceilings must be dry andfree of any dust particles. The pre-coated supporting pa-nels are glued entirely on the smoothed plaster boardceiling with a gypsum based adhesive. Additional me-chanical fastening is not necessary.

Ceiling construction

Illustration 7 Additional mechanical fastening(see drawing Z001)

Illustration 8 System-set up of Classic suspended


Increasing mechanical stability by incorporating a netThe BASWAphon acoustic system can also be used forprojection purposes, that is for overhead projectors, mo-vie and slide presentations. The application of the sy-stem on walls is similar to ceiling application. As an alter-native, a white synthetic reinforcement net can either bepartially or entirely embedded when the first foundationlayer is being applied (BASWAphon – 407). This helps in-crease system stability. However, additional reinforce-ment may cause absorption to be somewhat diminished.

Increasing mechanical stability by means of curtain wallingMaximum mechanical stability of specific exposed areascan be attained by applying curtain walling made out of mineral building material. This is then cover-ed by the acoustically effective surface, thereby creatinga seamless wall. The transition region between the cur-tain walling and the BASWAphon supporting panel oughtto be reinforced with a net in order to prevent the forma-tion of fissures.

Wall construction

Illustration 9 Wall constructionwith reinforcement material(see drawing Z023)

Illustration 10 Wall construction with curtain walling(see drawing Z007)


Wall connection with severance stripsIn order to prevent fissuring, all BASWAphon acousticsurfaces ought to be separated from bordering surfacesand objects in the vicinity such as curtain rod tracks, tu-bular feed-throughs, embrasures, etc. with a BASWAtape joint.

In addition to what is shown on the diagram to theright/to the left, the severance strip can also be cleanlycut only after completion of the BASWAphon top surface.

Wall connection with a Swedish cutDue to higher mechanical oscillations or expansion coef-ficients (with respect to air humidity), respectively, whendealing with connections on dry walls or wooden walls,we highly recommend choosing a 2 to 3 mm Swedishcut.

Wall connection with shadow gapsIndividual shadow gaps can of course also be filled according to the diagram to the right/left.

Surface connections

Illustration 12 Wall connection with severance strips(see drawing Z002)

Illustration 13 Wall connection with a Swedish cut(see drawing Z003)

L2

1L

Illustration 14 Wall connection with shadow gaps(see drawing Z016)


Inserting edge protectionUntreated aluminum or metal profiles are not suitable forfilling edges. When using aluminum, for instance, graystreaks may be caused by the abrasion when the coatingis being applied. Metal profiles may leave color residuewhen applying thin layers.

In order to grant material homogeneity, we recommendthe use of BASWAphon synthetic edge protection profi-les (BASWAphon – KS, Art.Nr. a027) when filling edges.

Edge filling with an angle sectionIn lieu of BASWA-KS, an appropriate angle section madeout of stove-enamel sheet metal, chrome steel or thewhite synthetic material BASWAphon-end section canalso be used. This can be an advantage when having toclean lateral air evacuation ducts or to provide protectionfrom mechanical damage.

Side filling with gypsum skirtThe side of light shafts are often covered with gypsumplaster board. The diagram shows a suggestion for howto fill the edge without making a severance. This calls foroptimal dry construction. In order to rule out any fissuresbetween the fiber panel and the bottom view of the cei-ling, we recommend making a severance cut.

Edge filling

Illustration 15 Edge filling with BASWAphon KS(see drawing Z012)

Illustration 16 Edge filling with an angle section(see drawing Z014)

Illustration 17 Side filling with gypsum skirt(see drawing Z005)


Hybrid systems/seamless surfaces

Illustration 18 Massive hybrid systems(see drawing Z011)

Illustration 19 Suspended hybrid systems(see drawing Z025)

Massive hybrid systemsAlthough directly coating cement or plaster with BASWAphon-Top virtually has no acoustic effect, it oughtto be taken into consideration for reasons of appearance.These hard surfaces can, after applying an appropriateprimer (for plaster: water protection coat, for cement: alkaline resistant proof coating) simply be covered withthe coating mass. Irregularities in the cement’s surfacecan be smoothed out with BASWAphon Fill.

In the transition regions of the pre-coated panel, in orderto prevent fissures, an approx. 15 cm wide synthetic netshould be inserted. This net should be inserted with greatcare so that at a later point, the surfaces, which will fadedifferently, can be precisely separated by an approx. 1mmthick cut and thus not interfere with the appearance.

Suspended hybrid systemsFor acoustic reasons (creation of a sound reverberationsurface), hybrid systems can also be used for suspendedsystems, thus providing acoustic design within the room.The points listed above also apply to this type of applica-tion.


Dilatations

Illustration 20 Formation of expansion joints(see drawing Z008)

Formation of expansion jointsWhen confronted with large surfaces, the formation of dilatations may become necessary based on the specificcharacteristics of the object in question and the work sequence of the construction. When following the princi-ple shown, no air circulation can take place in the vicinityof the hollow space, explaining why partial soiling can beruled out.

Illustration 21 Formation of expansion joints(see drawing Z094)


Ceiling installations and constructions

Illustration 22 Installation of recessed lightsBASWAphon-IP(see drawing Z006)

Recessed lightsOpenings for recessed lights can be made by means of acarpet knife, crown bit or saw after completion of the fi-nal coating.

In order to conceal damage done to the edge during in-stallation or maintenance, the masking ring should havea width of a minimum of 1 cm. The lights have to be fa-stened to the solid background or substructure, respec-tively. We do not recommend merely laying installationson the fiber panels.

If however recessed lights are installed with a narrowmasking ring or with a spring system, a metal case or aBASWAphon installation platform (BASWAphon IP) mustbe built in, in lieu of the elastic mineral fiber panel.

All panel’s front faces, penetrations are to be hermetical-ly sealed by means of a PE-band or a coat of gypsumplaster board. By doing so, partial soiling, which cantake place as a result of panel airflow, can be prevented.

BASWA Installation Platform (BASWA – IP)The BASWA-IP is used for recessed lights with bracingsprings, as a background for heavy objects such as sur-veillance cameras, fire alarms, loudspeakers, heavy cei-ling lights, electric outlets, ventilation and plumbing in-stallation openings, etc.

Thanks to the panel’s pressure-proof quality, there is norisk of the edge breaking through, thus rendering the useof a wide masking ring superfluous.

The BASWA-IP is comprised of an open-porous, pressu-re-proof panel, is calibrated according to the thickness ofthe respective BASWAphon supporting panel and can bedelivered either with or without an opening cut-out.

BASWA – IP Standard:150 mm x 150 mm for d < 90 mm300 mm x 300 mm for 90 mm < d > 220 mm

Additional dimensions are available upon special re-quest.

The platforms are fastened in advance on the existingbackground (glued and then screwed to the back-ground). Then, the supporting. panels are snugly pushedonto the installation platform. Any remaining space is fil-led with BASWAphon-Fill.

Service openingsStandard products which can be adjusted in heightought to be used for service openings. The cover iscoated with the foundation and cover coating and there-fore has the same surface as the ceiling.


Miscellaneous

min. 2 cm

Illustration 23 Installation of cables and electrical conduit(see drawing Z015)

Illustration 24 Sample of compensation in pressure(see drawing Z022)

Incisions for cable and electric tubes When dealing with a system thickness of 68 mm, electrictubes can also be fastened to the ceiling and cut-outscan be made on the reverse side of the supporting panelsaccordingly. This can especially be an interesting alter-native in the renovation sector. One must bear in mind,however, that the tubes’ covering is at least 2 cm andthat the tubes ought to be tightly fastened to the ceilingwith wall clamps, without any sagging.

Cross-overs are strictly prohibited!

Air flow with suspended ceilingsIn order to rule out or minimize partial soiling through airslits, the in-going or out-going air ought to be directed la-terally towards the wall. Should this not be possible, werecommend making sure that a constant small air ex-change take place, preventing the creation of an air vor-tex. An air exit angle of 45 degrees greatly reduces thedegree of soiling.

Any risk of differences in pressure (between the installati-on area and indoors) can be prevented by inserting ablind hole, which can be concealed, for example, with aloudspeaker. The dimension thereof ought to be calcula-ted by an ventilation or structural engineer.

open passage


Installation of conductor rails and the likeConductor rails and/or curtain tracks are best installedaccording to the procedure described. After completionof the ceiling, the rails/tracks are installed in an indepen-dently developed channel.

Installation of sliding doors and the likeLarge interruptions in the ceiling are to be separated andseparately fastened from the substructure. Here, too, werecommend separating the ceiling by means of a sever-ance strip.

Installation of luminous bandBased on the lamps chosen, the fixture can either be fa-stened directly on the substructure or be fastened to thesuspended ceiling by means of expansion joints. The al-ternative illustrated shows the luminous bands without avisible lamp socket.

Illustration 25 Installation of conductor rails(see drawing Z009)

Illustration 26 Installation of sliding doors(see drawing Z004)

Illustration 27 Installation of luminous band(see drawing Z010)


Installation times for BASWAphon – Acoustic Systems

The installation time required for the various systems isshown in diagram 1.

The installation time is calculated on the basis of a working group of 3 to 4 people and a ceiling size of 80 -100 m2.

BASWAphon – Classic• Gluing BASWAphon – supporting panels• Filling BASWAphon – supporting panels• Sanding BASWAphon – supporting panels level • Coating BASWAphon – 407 supporting panel with

foundation layer• Sanding BASWAphon – 407 foundation layer level• Applying BASWAphon – Top cover layer• Connection tasks

BASWAphon – Base• Gluing BASWAphon – supporting panels• Filling BASWAphon – supporting panels• Sanding BASWAphon – supporting panels level• Coating BASWAphon – 407 supporting panel with

foundation layer• Connection tasks

BASWAphon – Fine• Gluing BASWAphon – acoustic panels• Filling BASWAphon – acoustic panels• Sanding BASWAphon – acoustic panels level

Applying BASWAphon – Fine• Connection tasks

BASWAcool• Gluing BASWAphon – supporting panels• Filling BASWAphon – supporting panels• Sanding BASWAphon – supporting panels level• Gluing capillary tube mats• Embedding capillary tube mats• Applying BASWAphon – 407 foundation coat• Sanding BASWAphon – 407 foundation coat level • Applying BASWAphon – Top cover coat• Connection tasks

dry

ing

pro

cess

dry

ing

pro

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dry

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dry

ing

pro

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dry

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pro

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dry

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dry

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pro

cess

1. 2. 3. 4. 5. 6. 7.Day

8. 9. 10. 11. 11. 13. 14.

dry

ing

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dry

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cess

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cess

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B A S W A p h o n

ADDITIONAL MECHANICAL

FASTENING

Z 0 0 1BASWA acoustic AGMarmorweg 10CH - 6283 Baldegg

1 BASWAphon - Top covering layer

2 BASWAphon - 407 base layer

3 BASWAphon - supporting panel

4 Cement-like adhesive

5 Cement ceiling or walling

6 BASWAphon – «Fill» seam filler

7 BASWA – metal clip

8 Screw or metal pin

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B A S W A p h o n

CEILING CONNECTION TO ELEMENTS

WITH SEVERANCE STRIPS





4 Cement walling

5 Gypsum adhesive

6 Fiber panel for ex. Fermacell or gypsum plastered board

7 BASWA-PE – Severance strips

8 Vapor barrier adhesive

Page 21


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3

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68

B A S W A p h o n

CEILING CONNECTION TO ELEMENTS

WITH A SWEDISH CUT





4 Cement walling or wall

5 Gypsum adhesive



Page 22


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3

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2

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B A S W A p h o n

CEILING CONNECTION TO,

FOR EX., A SLIDING DOOR





4 Gypsum adhesive




Page 23


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57

B A S W A p h o n - C l a s s i c

SIDE FILLING

WITH GYPSUM SKIRT

Z 0 0 5

BASWA acoustic AGMarmorweg 10CH - 6283 Baldegg



3 BASWAphon - panneau porteur


5 Cement ceiling

6 Edge protection

7 Synthetic material mesh, white 4x4 mm for reinforcement


Page 24


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8

7

1

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B A S W A p h o n

BASWA

INSTALLATION PLATFORM






5 Cement or walling

6 BASWAphon – «Fill» seam filler

7 Fastening base

8 Fermacell panel

9 Aluminium band

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5 Cement or walling



8 Moos cork strips

9 Metal substructure

10 Plaster board, seam filler

11 Preliminary paint/proof coating

WALL CONSTRUCTION

WITH CURTAIN WALLING

Page 26


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B A S W A p h o n

FORMATION OF

AN EXPANSION JOINT




3 BASWAphon - panneau porteur



6 BASWA – Expansion joint profile

7 Expansion joints airlight

Page 27


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B A S W A p h o n

INSTALLATION OF CONDUCTOR RAILS

OR CURTAIN TRACKS


1 BASWAphon – Top covering layer

2 BASWAphon – 407 base layer

3 BASWAphon – supporting panel

4 Gypsum adhesive


6 U–profile

7 Conductor rails

8 Wooden reinforcement

9 Screw or metal pin


Page 28


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B A S W A p h o n

INDIRECT LIGHTING





4 Gypsum adhesive


6 BASWA – Edge protection

Page 29


1

2

3

4

6

5

6

B A S W A p h o n

CONSTRUCTION OF

CONCRETE / BASWAphon HYBRID SYSTEM







6 Alkaline-resistant proof coating


8 Ev. background coated with BASWA-Fill

Page 30


16 7 325 48

B A S W A p h o n

GROOVE FILLING WITH BASWAphon

GROOVE PROTECTION,

FRONT FACE WITH BASWAphon







6 Painted with smooth plaster exposed concrete or the like

7 BASWAphon – Edge protection

Page 31


1 2 3

65

7 41

5 1

2

B A S W A p h o n

GROOVE FILLING WITH BASWAphon

GROOVE PROTECTION,

FRONT FACE WITH WHITE SMOOTH PLASTER

Z 0 1 3

BASWA acoustic AGMarmorweg 10CH - 6283 Baldegg







7 BASWAphon – edge protection

Page 32


1 2 3

65

7 41

65

B A S W A p h o n

GROOVE FILLING

WITH AN L-ANGLE PROFILE








7 Chrome steel angle or powder-coated metal angle

BASWAphon – end angle

8 Mounting glue

Page 33


1 2 3

8

765

4

B A S W A p h o n

INSTALLATION MANAGEMENT







6 Synthetic pipe

7 Pipe clamp

Page 34


1

2

3

6

7

5

min. 2 cm

4

B A S W A p h o n

WALL CONNECTION

WITH A SHADOW GAP





4 Gypsum adhesive


6 BASWAphon – PVC end angle

7 Profil L-angle


9 Mounting glue

Page 35


1 2 4

L2

1L

6 5

76

8

39

B A S W A p h o n

PREVENTING A DIFFERENCE IN PRESSURE

ABOVE THE CEILING





4 Gypsum adhesive

5 Gypsum fiber or gypsum plastered panel

6 Wooden foundation

7 For ex. loud speaker covering

Page 36


open passage

1

2

3

4

6 7

5

B A S W A p h o n

WALL CONSTRUCTION

WITH REINFORCEMENT NET




3 Synthetic material mesh, white 4x4 mm for reinforcement,

in BASWAphon 407, embedded and covered




7 Moos cork strips

Page 37


1

2

3

4

5

6

7

B A S W A p h o n

FORMATION OF EXPANSION JOINTS






5 Cement walling

6 Chrome steel angle or powder-coated metal angle,

BASWAphon – end angle

7 Mounting glue

8 Moss cork strips

Page 38


8 1 2 3 4

5

667

B A S W A p h o n

CONSTRUCTION OF A FIBER PANEL /

BASWAphon HYBRID SYSTEM





4 Gypsum adhesive


6 Alkaline-resistant proof coating


8 Wooden foundation

9 Screws

10 Plaster board, seam filler

Page 39


5 6 7 3

8 9

10 1 2 54

B A S W A c o o l

SYSTEM CONSTRUCTION DIRECTLY

ON CONCRETE




3 Capillary tube cooling mat

4 BASWAphon – Supporting panel with foundation layer


6 Cement

Page 40


4

5

6

25,35,43,63 mm

2,0 - 3,0 mm0,5 - 1,0 mm

1

2

3

4,0 - 5,0 mm

2,0 mm

271.1 Bidding text for BASWAphon SystemBASWAacoustic AG, Baldegg

Bid and offre

Project: ……… 271.1 Bidding text for BASWAphonBASWAacoustic AG, Baldegg

271.1 Special plasterer tasks

Input total net CHF............................................... incl. VAT

Name: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Street: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Zip code, City/town: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Telephone: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Place, date:

Fax: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Person handling bid:. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Signature: ...............................................................................................

Page 42


271.1 Bidding text for BASWAphonBASWAacoustic AG, BaldeggNPK: 651 Ceiling coverings made out of gypsum elements D/89(V’01))........................................................BKP: 271.1

Gross Net

Summary base on order, BKP: building construction

271.1 Special plasterer tasks

271.1 Special plasterer tasks ............................... ...............................

Total .......................... ..........................

Conditions

Description Input total Revised

Gross ....................................... .....................................

Discount .........................% ....................................... .....................................

Subtotal 1 ....................................... .....................................

Cash discount ........................ % .......................................

Subtotal 2 ....................................... .....................................

VAT 7.6 % ....................................... .....................................

Net ....................................... .....................................

Page 43



000 Conditions

Positions that do no t correspond to the original text of the NPKare labelled with the letter «R» before the position number.

.100 Short list of table of contents.: the full text in NPK 651D/1989is decisive.

R .900 Bids for the installation of BASWAphon acoustic systems can only be submitted by licensed, certified companies. The submission of the document forms an integral part of the offer.

010 Regulations

011 Norms, recommendations and the like. The version in force onthe date of the contract shall apply.

.100 SIA-standards.

.110 The valid SIA-standards are binding for the execution of work,in particular Norm SIA 118 «General Conditions for ConstructionWork» («Allgemeine Bedingungen für Bauarbeiten») shall apply.

.120 Norm SIA 256 Ceiling Coverings made out of Pre-fabricatedElements («Deckenverkleidungen aus Fertigelementen») shallapply in particular.

.130 Ceiling coverings and suspended ceiling coverings with closed surfaces.- Proof shall be furnished for the required fire resistance

classes.- The recommendation SIA V 242/2Plasterer Tasks Dry Mortarless Construction(«Gipserarbeiten - Trockenbau»)shally apply for paragraphs 400 and 500.

.140 System-ProtektorProtektor-Profil GmbH,RegensdorfTel. +41 (0)1-843 14 14Sub-structure made out of metalType: Protektor.Planking made out of gypsum plaster boardType: Lafarge.

.150 Sistema BASWAphon,BASWAacoustic AG,CH-6283 BaldeggTel. +41 (0) 41 914 02 22.

Page 44



011 .300 Other standards.

.310 The current guidelines of the company BASWAacoustic AG areto be taken into account when performing work.

100 Preliminary work

110 Preparation tasks

R 119 Scaffolding.

R .100 Surface scaffolding.

R .101 Surface scaffolding with closed, horizontal layer. Workingbasis: sturdy, load bearing floor, horizontalor inclined up to 10 % ........................................ m2 .............................. ..............................

120 Covering tasks

The following covering tasks may only be carried out with theauthorization of building management.

121 Protection of floors.

.801 Hardword floors etc ……………………

To pos. ……………………

Pavatex 3 mm glued with Floarliner.Joint formation ……………………

Type of fastening ……………………

Removal and transportafter completion of work.Type of removal ………………………… ........................................ m2 .............................. ..............................

122 Protection of walls

.200 Plastic foil, thickness mm 0,05Joints overlapping and glued.Fastened with adhesive strips.

.202 Removal and transport after completion of work. ........................................ m2 .............................. ..............................

.601 Wooden walls, etc. description can be chosen freelyTo pos.Covering material ………………

Joint formation ………………

Type of fastening ………………

Removal and transportafter competition of work.

Carry over ..............................

Page 45



122 .601 Type of removal ........................................ m2 .............................. ..............................

123 Protection of building components.

.001 Dimension per piece.Type ……………………

for ex. built-in kitchensTo pos ……………………

Covering paper, g/m2 ……………………

Material ……………………

Joints overlapping and glued.Fastened by means of a ledge oradhesive strip.Type of fastening ……………………

Removal and transportafter completion of work.Building component, measurement ........................................ pc .............................. ..............................

R 190 Preparation of background.

R191 Levelling out of background.

R .101 Levelling out teeth, coatingbonding mortar and equalizingirregularities on the cement’s surfacewith foundation plasterto a tolerance of +/- 1,5 mm ........................................ m2 .............................. ..............................

R .200 Preparation and completionof background.

R .201 Removing cement surface of dustand oil. ........................................ m2 .............................. ..............................

R .202 Scraping off, roughening and cleaningof existing plastered surfaces,Tensile strength larger than kg/m2 30 ........................................ m2 .............................. ..............................

R .203 With suitable product proofing allsurfaces that can bleed such as:gypsum plaster board, accessories outof wood, nicotine-stained surfacesand the like with a watery or solvent proofcoating for the ensuing coating withBASWAphon coating mass. ........................................ m2 .............................. ..............................

R .204 Coat all surfaces not suitablefor the bonding of mineral adhesivesso that the tensile strength

Carry over ..............................

Page 46



R 191 .204 with the chosen adhesiveis larger than kg/m2 30. ........................................ m2 .............................. ..............................

500 Special ceilings

The recommendation SIA V 242/2 Plasterer TasksDry Mortarless Construction.(«Gipserabeiten Trockenbau») shall apply paragraph 500.

.100 Supplementary tasks to par. 500 are described inparagraph 600.

R 590 Sound proofing and absorbing ceiling coverings.

R 591 BASWAphon acoustic system.

R .100 BASWAphon supporting panel, place entire surfacebackwards in the mineral wool with suitable cementadhesive, staggered and snugly pushed onto clean, levelbackground. Fill butt joints with BASWAphon- Fill, allowto dry completely (at least 24 hrs.), level out surface bysanding it with an emery board.

Without substructure.

Working height up to m 3.00

R .111 System thickness mm 30. ........................................ m2 .............................. ..............................




R .200 BASWAphon supporting panel, place entire surfacebackwards in the mineral wool with suitable cementadhesive, staggered and snugly pushed onto clean, levelbackground. Fill butt joints with BASWAphon- Fill, allow to drycompletely (at least 24 hrs.), level out surface by sandingit with an emery board.

Without substructure.

Working height up to m 3.00.





R .300 Suspended ceiling coverings.Suspended ceiling coverings made out of mineral

Carry over ..............................

Page 47



R 591 .300 Gypsum plaster board of fiber panels, horizontal, level.Lateral connections with mould-parting seam approx,2 mm or severance strips.The surface weight of the BASWAphon acoustic systemof kg/m2 15.0 is to be taken into account when layingthe anchoring elements, center distances, supporting andassembly profile.

Suspended lower ceiling are to be described withparagraphs 200 + 400.

BASWAphon supporting panel; suitable gypsum basedadhesive place entire surface backwards in the mineral wool with suitable cement adhesive, staggeredand snugly pushed onto clean, level background.Fill butt joints with BASWAphon- Fill, allow to dry completely(at least 24 hrs.), level out surface by sanding it with anemery board





R .400 Suspended ceiling coverings.Suspended ceiling covering out of mineral gypsum plasterboard or fiber panels, horizontal, level. Lateral connectionswith mould-parting seam approx. mm 2 or severance strips.The surface weight of the BASWAphon acoustic system of kg/m2 15.0 is to taken into consideration when laying the anchoring elements, center distances supporting profile andassembly profile.

Suspended lower ceilings are to be described withparagraphs 200 + 400.

BASWAphon acoustic panel; suitable gypsum based adhesiveplace entire surface backwards in the mineral wool with suitable cement adhesive, staggered and snugly pushed onto clean, level background.





R .800 Additional charges.

R .801 Surcharge for additional mechanical fastening,

Carry over ........................... .................... ..............................

Page 48



R 591 .801 Fasten 4 BASWAphon metal clips /m2 by means of screws or metal pins onload-bearing background.(see detail drawing Z 001) ........................................ m2 .............................. ..............................

600 Supplementary tasks.

610 Reinforcements, interchanges as well as grooves,edges and special connections, severance strips.

612 Wooden reinforcements.

.100 Parallel boards mm 150x27.

.103 Iength over m 1,20 ........................................ m .............................. ..............................

R .191 Wooden backing behindstructural panel for installationfastenings.Dimensions mm ………… x ………… ....................................m .............................. ..............................

613 Edge and groove fillings.

R .900 Edge and groove fillings forBASWAphon acoustic system.

R .991 Edge and groove filling forBASWAphon acoustic system incl.all suplementary tasks and material.(see detail drawing Z 005) ........................................ m .............................. ..............................

R .992 Edge and groove filling forBASWAphon acoustic system incl.all supplementary tasks and material.(see detail drawing Z 012) ........................................ m .............................. ..............................



614 Connections with bordering buildingcomponents.

.100 With severance cut or severance strips.

Carry over ........................... .................... ..............................

Page 49



614 .110 On vertical surfaces.

.114 All components are to be separatedby means of BASWA PE-Band. (see detail drawing Z 002).

Right-angled. ........................................ m .............................. ..............................

.115 All components are to be separatedwith a 3 mm Swedish cut. (see detail drawing Z 003).

Right-angled. ........................................ m .............................. ..............................

.120 With angular cross section, for ex. pillar.

.121 Lateral side size up to m 0,80, 2 sides. ........................................ pc .............................. ..............................



.130 With a round cross section, for ex. columns.

.131 Semicircle up to d m 0,40. ........................................ pc .............................. ..............................

.132 Full circle up to d m 0,40. ........................................ pc .............................. ..............................

.200 Connections with fire protection requirementswith a severance cut or severance strips.

.210 With right-angled cross sectionwith gypsum or rock wool strip securities.

.211 Right-angled. ........................................ m .............................. ..............................

.212 Oblique-angled. ........................................ m .............................. ..............................

.213 Bent. ........................................ m .............................. ..............................

.220 With right-angled cross sectionwith gypsum or rock wool stripsecurities.


.230 With right-angled cross sectionwith gypsum or rock wool stripsecurities.

Carry over ........................................ .............................. ..............................

Page 50



614 .231 Semi-circle up to d m 0,40. ........................................ pc .............................. ..............................

.232 Full circle up to d m 0,40 ........................................ pc .............................. ..............................

R .900 Special connections to borderingbuilding components and seamsfor BASWAphon acoustic system.

R .901 Shadow gap.

All building components are to beseparated by means of a shadow gap.including all supplementary tasks and material. (see detail drawing Z 016).

Width ……………………… mmDepth ……………………… mm ........................................ m .............................. ..............................

R .902 Ceiling connections.

Ceiling connection on frame.For ex. sliding doors and the like,including all supplementary tasksand material. (see detail drawing Z 004). ........................................ m .............................. ..............................

R .905 Fill settlement joints.

Filling of settlement joints.Filling in BASWA contraction joint profile,incl. all supplementary tasks and material. (see detail drawing Z 008). ........................................ m .............................. ..............................

R .906 Bridging over settlement joints.

Bridging over settlement joints.Filling in the Protektor settlementjoint profile, incl. all supplementaryTasks and material. (see detail drawing Z 024). ........................................ m .............................. ..............................

620 Incisions for installations

621 Incisions with closing and plastering for tubes,canals and ventilation grids. Surface for laying ofingrain wall covering or cover coat.

.100 Round incisions.

.101 d up to mm 100. ........................................ pc .............................. ..............................

Carry over ........................................ .............................. ..............................

Page 51



621 .102 d mm 101 up to 250. ........................................ pc .............................. ..............................

.103 d mm 260 up to 500. ........................................ pc .............................. ..............................

.200 Angular incisions.

.201 up to m2 0,01. ........................................ pc .............................. ..............................

.202 m2 0,02 to 0,06. ........................................ pc .............................. ..............................

.203 m2 0,07 to 0,25. ........................................ pc .............................. ..............................

.204 m2 0,26 to 0,36. ........................................ pc .............................. ..............................

R .391 Making incision in lines on theBASWAphon supportinng panel’sor acoustic panel’s back side(minimum overlapping mm 20)(see detail drawing Z 015) ........................................ m .............................. ..............................

R 690 Treating surfaces of BASWAphonsupporting panelsor acoustic panels accl. to pos. 590.

R 691 BASWAphon surface coatings.Applying coating masses.

R .100 BASWAphon-Classic.

R .101 Applying BASWAphon 407 foundationlayer, smoothing out and allowing todry completely (minimum of 48 h.)Checking coating for levelness andif necessary level out by sanding.Apply BASWAphon Top covering layer,smooth out and allow to dry completely.Total layer strength mm 3,5 - 4,5. ........................................ m2 .............................. ..............................

R .200 BASWAphon-Fine.

R .201 Apply BASWAphon-Fine,smooth out and allow to drycompletely (min 48 h).Total layer strength mm 2,0 - 3,0. ........................................ m2 .............................. ..............................

Carry over ........................................ .............................. ..............................

Page 52



R .300 BASWAphon-Base.

R 691 .301 Apply BASWAphon,smooth out and allow to drycompletely (min 48 h).Total layer strength mm 2,0 - 3,0. ........................................ m2 .............................. ..............................

R .500 BASWAphon-Therm.

R .501 Embedding and covering water-bearing capillary tubemap with BASWA 407 foundationlayer in two working stages.1st working stage: Embded capillary tube mat withBASWAphon 407 foundation layer,fill in all crevices, smooth outand allow to dry completely(min. 48 hrs.).2nd working stage: Apply BASWAphon 407 foundationlayer on capillary tube mats, smoothout and allow to dry completely(min. 48 hrs.).Check coating for levelness andsmooth out by means of an emeryboard.Apply BASWAphon Top covering layer,smooth out, and allow to dry completely(min. of 24 hrs.). ........................................ m2 .............................. ..............................

R .800 Extra charges.

Extra charge for paint.

R .801 Shade of color for lightpastel colors. ........................................ m2 .............................. ..............................

R .802 Extra charge forrich colors. ........................................ m2 .............................. ..............................

R .803 Synthetic tissue, white,embded mm 4 x 4 in BASWAphonfoundation layer and cover.Incl. all work and material.(see detail drawing Z 023) ........................................ m2 .............................. ..............................

Carry over ........................................ .............................. ..............................

Page 53



R .804 Apply BASWAphon 407foundation layer on proof coatedfiber panels or coated,proof coated cement surface,smooth out and allow to drycompletely (min. of 48 hrs.).Check for levelness and ifnecessary level out by sanding.incl. all work and material(without substructure). ........................................ m2 .............................. ..............................

R .805 Apply BASWAphon 407covering layer on proof coated(with BASWAphon 407 foundationlayer) fiber panels or coated,proof coated cement surface,smooth out and allow to drycompletely (min. of 48 hrs.).Check for levelness and ifnecessary level out by sanding.incl. all work and material(without substructure) ........................................ m2 .............................. ..............................

R .806 Apply BASWAphon 407Fine covering layer on proof coated(with BASWAphon Fill) fiber panels orcoated, proof coated cement surface,smooth out and allow to drycompletely (min. of 48 hrs.).Check for levelness and ifnecessary level out by sanding.incl. all work and material(without substructure). ........................................ m2 .............................. ..............................

R .807 Insert a white synthetic net,mm 4 x 4, width at least 150 mm,at material transition to the otherbuilding material such as gypsumplaster board / fiber panels, cementand the like with coating materialfrom Pos R 691, incl. all work andmaterial(see detail drawing Z 025 or Z011). ........................................ m2 .............................. ..............................

Carry over ........................................ .............................. ..............................

Page 54



800 Supplementary tasks and charges 1

810 Fastenings, laying tasks, small surfaces supplementsand the like

R 813 Supplementary charge for fasteningthe BASWAphon supporting panel oracoustic panel on sloped carrying buildingcomponents. Incl. all supplementary tasks.

.001 To pos ……………………

According to plan ……………………

Degree of slope ……………………

Suspension height mm ………… to …………

Additional …………………… ........................................ m2 .............................. ..............................

R 814 Supplementary charge for fasteningthe BASWAphon supporting panel oracoustic panel on sloped carrying buildingcomponents incl. all supplementary tasks.

.001 To pos ……………………

According to plan ……………………

Degree of slope ……………………

Suspension height mm ………… to …………

Additional …………………… ........................................ m2 .............................. ..............................

Carry over

Page 55



850 Ceiling lights and the like 1 ........................... .................... ....................

R 859 Setting the BASWAphon installationplatform for placement of recessed lights,fire alarm and the like.Gluing and additional mechanicalfastening, incl. work and all material. (see detail drawing Z 006).

R .101 BASWAphon – IP 150, mm 150x150 with diameter up to mm 90. ........................................ pc .............................. ..............................

R .102 BASWAphon – IP 150, mm 300x300 with diameter up to mm 220. ........................................ pc .............................. ..............................

R .103 BASWAphon – IP according toindications given by buildingmanagement or architect, respectively. ........................................ pc ..............................

R .105 Installation of electricity, curtain rodtracks and the like and placinga U-profile according to pos. 620,incl. work and all material. (see detail drawing Z 009). ........................................ m .............................. ..............................

R .107 Installation of a blind cover forpressure equalization.Setting an air permeable blind coverpressure equalization between thebottom view of the hollow ceiling,incl. work and all material. (see detail drawing Z 022).

Length mm ……………………

Width mm ……………………… ........................................ pc .............................. ..............................

651 Total ceiling coverings made out ..................... ................ ................of gypsum elements

271.1 Total special plasterer tasks ................

Page 56



The extract of the objects listed is meant to helb you form an opinion about the various possibilities of putting the BASWAphon Acoustic System to use. Surely there is an object in close proximity to you which you can visit in order to get a closer loot at our quality products. Faced with a particularly challenging situation? Just give us a call –We’d be more tha pleased to provide you with examples of similar objects.

No private addresses are listed in the object list for privacy protection reasons. Over 50 objects were carried out in thatsector over the past 2 years.

Object Rue NPA Pays Lieu RéaliséGolf Club de Lausanne Rte du Golf 3 1000 CH Lausanne 2.2000College des Martines 1000 CH Mont-sur-Lausanne 8.1998Hotel Alpha Ch. du Petitt Chêne 34 1003 CH Lausanne 3.2002Alcoa Europe SA Av. d’Ouchy 61 1004 CH Lausanne 10.1999Café-Restaurant «A la Bossette» pl.du Nord 4 1005 CH Lausanne 9.2004Collège de la Croix-sur-Lutry 1090 CH La Croix (Lutry) 10.2003Salle communale 1097 CH Riex 6.1997Crèche Chateaubriand 1202 CH Genève 8.2004Salle paroissiale des Eaux-Vives Jorgonnant 5 1207 CH Genève O.M.S. 20, salle de meeting, Rte d. Morillons-Porte 15 1211 CH Genève 27 7.2004Cafe Zinette Rte. du Grand-Lancy 45 1212 CH Grand-Lancy 9.2000Café du Raisin Grand’ Rue 26 1268 CH Begnins 9.2004Gymnase Intercantonal de la Broye 1539 CH Payerne 10.2004Université de Fribourg Chemin Guillaume Ritter 1700 CH Fribourg 11.2004Ecole de la villa thérèse rte de Berne 10 1700 CH Fribourg 2.2003Sparkasse des Sensebezirks Mariahilfsstr. 4 1712 CH Tafers 4.1999Ecole de Plan-Conthey Centre scolaire 1964 CH Conthey 3.2001Musée d’Histoire naturelle Rue des Terreux 14 2000 CH Neuchâtel 7.2000Don Camillo Communauté Montmirail 2075 CH Thielle 12.2000Théâtre de la ville Av. Leopold Robert 2300 CH La Chaux-de-Fonds 6.2002Museum Center, PasquArt Seevorstadt 71–75 2500 CH Biel 11.1999Restaurant Räblus Neuenburgstr. 90 2505 CH Biel 2.1998Grand Hotel Hauptstr. 232 2532 CH Magglingen 12.2004Château Porrentruy 2900 CH Porrentruy 3.2000Gare Delemont Place de la Gare 2900 CH Delémont 9.2000Stadtverwaltung Predigergasse 4 3000 CH Bern 5.2001Landesbibliothek Hallwylstr. 15 3000 CH Bern 8.2000Lichtensteinische Botschaft Willadingweg 65 3000 CH Bern 1.2002Bauart Architekten AG Laupenstr. 20 3000 CH Bern 2.2003Oberzolldirektion Monbijoustr. 40 3003 CH Bern 9.2002Naturhistorisches Museum Bernastr. 15 3005 CH Bern 10.1996Eidg. Finanzdepartement Bernerhof Brückenstr. 50 3005 CH Bern 1.2005Auktionshaus J. Stucker AG Alt. Aargauerstalden 30 3006 CH Bern 8.2002Elektrizitätswerk der Stadt Bern EWB Monbijoustr. 11 3011 CH Bern 4.2003Obergericht des Kt. Bern Hochschulstr. 7 3012 CH Bern 7.2001Antroposophische Kirche Alpeneggstr. 18 3012 CH Bern 9.1999Salem-Spital Schänzlistr. 39 3013 CH Bern 10.2001BUWAL 3063 CH Ittigen 6.1996Schloss Gümligen 3073 CH Gümligen 7.2001BAG Bundesamt f. Gesundh. Schwarzenburgerstr. 3097 CH Liebefeld 3.1996Wullehus-Mode AG Emmentalerstr. 4 3510 CH Konolfingen 5.2000Parkhotel Montana Friedbühlweg 36 3653 CH Oberhofen 7.1999Contec AG Glütschbachstr. 90 3661 CH Uetendorf 8.2002Rest. Wimmiser Hausberg 3712 CH Niesen-Kulm 4.2002Victoria-Jungfrau Grand Hotel Höhenweg 31 3800 CH Interlaken 5.2004Hotel Bellevue Marktgasse 59 3800 CH Interlaken 8.2001Restaurant Walliser Weinstube Bahnhofstr. 9 3902 CH Glis 7.1997Kulturzentrum Steinmatte 3906 CH Saas-Fee 4.1999Aufbahrungskapelle 3938 CH Ausserberg VS 9.2002Alters- + Pflegeheim St. Josef 3952 CH Susten 8.2002Maison du Feu 3962 CH Montana 8.2001Raiffeisenbank Aletsch Furkastrasse 88 3982 CH Bitsch 3.2004CS-Bank Bahnhofplatz 4 3990 CH Visp 8.2004Morger & Degelo Architekturbüro Spitalstr. 8 4000 CH Basel 2.1999Morger & Degelo Architekturbüro Spitalstr. 10 4000 CH Basel 7.2003

Reference list of objects


Miller & Maranta Architekturbüro Schützenmattstr. 31 4000 CH Basel 6.2000Radio DRS Novarrastr. 2 4000 CH Basel 6.2000Swisscom-Shop Steinentorstr. 37 4000 CH Basel 10.1999Basel 1 Hauptpost 4001 CH Basel 3.1996Bank UBS Marktplatz 17 4001 CH Basel 9.2001Bank Solothurn Aeschengraben 25 4002 CH Basel 5.2001ASAG-Garage Sevogelstr. 26 4002 CH Basel 6.2001Novartis VR-Sitzungszimmer Lichtstr. 4002 CH Basel 7.1999Casino-Gesellschaft Steinenbergstr. 14 4051 CH Basel 7.1998Römisch-Kath. Kirche Leonhardsstr. 45 4051 CH Basel 7.1999Rest. Naturhistorisches Museum Münsterplatz 20 4051 CH Basel 10.2000Geschäftsgebäude Leimenstr. 1–3 4051 CH Basel 11.2001Geschäftsgebäude Leonhardsberg 1 4051 CH Basel 7.2002Geschäftsgebäude St. Alban Graben 8+10 4051 CH Basel 9.2002Kollegiumsgebäude Basel Petersplatz 1 4051 CH Basel 9.2002Ramstein Optik AG Sattelgasse 4 4051 CH Basel 10.2003Christengemeinschaft Lange Gasse 11 4052 CH Basel 9.2000Moki Montessori-Kinderhaus Rennweg 89 4052 CH Basel 8.2002Bürogebäude Picassoplatz 8 4052 CH Basel 2.2002Zentralstellwerk SBB Bauhinweglein 4053 CH Basel 6.1999Alt. Stadtgefängnis «Lohnhof» Kanonengasse 4053 CH Basel 7.1999Zwinglihaus Gundeldingerstr. 370 4053 CH Basel 6.2003Bürogebäude Pelikanweg 2 4054 CH Basel 4.1999Arbeitsgericht Birsigstr. 45 4054 CH Basel 3.2002Batigroup Burgfelderstr. 211 4055 CH Basel 11.2001Herzog & De Meuron Spitalstr. 10 4056 CH Basel 7.2003Herzog & De Meuron St. Johann 96 4056 CH Basel 9.2001Novartis, Bau 501 St. Johann Areal 4056 CH Basel 11.2001Geografisches Institut Maiengasse 4056 CH Basel 2.2002Geografisches Institut Klingelbergstr. 27 4056 CH Basel 4.2002Kindertagesheim Roche-Solitude Grenzacherstr. 206 4058 CH Basel 6.2000Restaurant Kindergarten Schönaustr. 71 4058 CH Basel 7.1999Messeturm Basel Messepl. 12 4058 CH Basel 6.2001Kleiner Messesaal Messeplatz 1 4058 CH Basel 8.1999Erziehungsdepartement Riehenstr. 300 4058 CH Basel 8.1999Syngenta Bau 1001, Foyer Rosenthalanlage 4058 CH Basel 3.2002Restaurant Erlkönig Erlenstrasse 21 4058 CH Basel 4.2004Bürogebäude Picassoplatz 8 4058 CH Basel 3.2002Schulhaus Meiriacker Rottmannsbodenstr. 4102 CH Binningen 1.2003Restaurant Schlüssel 4104 CH Oberwil BL 3.2003Gemeindeverwaltung 4123 CH Allschwil 9.2001Berovergut Baslerstr. 70 4125 CH Riehen 2.1998Sonderschulheim z. Hoffnung Wenkenstr. 33 4125 CH Riehen 11.2001Polizeiposten Baslerstr. 45 4125 CH Riehen 4.2002Kantonalbank BL Hauptstr. 77 4127 CH Birsfelden 4.1996Evang.-Method. Kirche Kirchstr. 8 4127 CH Birsfelden 12.2000Bürogebäude Hardstrasse 95 4127 CH Birsfelden 4.2004Reformierte Kirche Friedhofstrasse 1 4127 CH Birsfelden 9.2003Schulhaus Schulstrasse 37 4127 CH Birsfelden 11.2003Sperrag Im Wannenboden 4 4133 CH Pratteln 2.1999Beiersdorf AG Aliothstr. 40 4142 CH Münchenstein 4.2001Schaulager Ruchfelderstr. 4142 CH Münchenstein 10.2002Cafeteria Confiserie Brändli Dorfplatz 7 4144 CH Arlesheim 1.2001Klinik 4144 CH Arlesheim 11.1999Würth AG Dornwydenweg 11 4144 CH Arlesheim 9.2002Gemeindehaus Domplatz 8 4144 CH Arlesheim 11.2002Gemeindezentrum Hauptstr. 13 4153 CH Reinach BL 3.2002Musikautomatenmuseum Bollhübel 1 4206 CH Seewen 1.1997Römer Museum Giebenacherstr. 17 4302 CH Augst 11.1997Schulhaus Sandgruben 4323 CH Wallbach 2.2003Dreifachsporthalle Kaserne Nonnenbodenweg 4410 CH Liestal 4.2001Kantonalbank Rheinstr. 7 4410 CH Liestal 7.2001Römisch-Katholische Kirche 4410 CH Liestal 6.2002Pro Senectute Bahnhofstr. 4 4410 CH Liestal 10.2002


Gemeindehaus Teichweg 31 4416 CH Bubendorf 10.1997Schloss Wildenstein 4416 CH Bubendorf 10.2000Schulhaus 4422 CH Arisdorf 6.2002Raiffeisenbank Poststrasse 5 4460 CH Gelterkinden 9.2004Schulhaus Rickenbach Hauptstr. 6 4462 CH Rickenbach 8.2001Solothurner Bank SoBa Amthausplatz 4 4500 CH Solothurn 4.1999AEK Solothurn Wengistr. 17 4500 CH Solothurn 10.2001Jugendherberge Landhausquai 23 4500 CH Solothurn 12.1999Bürogebäude Hauptbahnhofstr. 4500 CH Solothurn 9.2002Bruder Kirche 4563 CH Gerlafingen 9.2001Kantonsspital Baslerstr. 150 4600 CH Olten 9.1997Friedenskirche Reiserstr. 89 4600 CH Olten 10.2001Restaurant Mövenpick Höhenstr. 666 4622 CH Egerkingen 7.1999Raiffeisenbank Aarau Casinostr. 5000 CH Aarau 7.2001Klinik im Schachen Schänisweg 5000 CH Aarau 8.2001Restaurant Rathausgarten Obere Vorstadt 36 5000 CH Aarau 9.2001Kunsthaus Foyer Aargauerplatz 5000 CH Aarau 3.2003Saalbau der Stadt Aarau Schlossplatz 9 5000 CH Aarau 12.1995Zentrum Laufenburg 5080 CH Laufenburg 6.1999Rheuma-Klinik Schinznach-Bad 5116 CH Schinznach-Bad 5.2001Kirche Rein 5200 CH Rein 1.1999Neue Aargauer Bank Alte Zürcherstr. 15 5200 CH Brugg 4.2001Klinik Königsfelden 5200 CH Brugg 11.2002Gemeindehaus 5215 CH Hausen 8.2001Bezirksschule 5300 CH Turgi 6.2001Hydraulisches Kraftwerk, Beznau 5312 CH Döttingen 10.2004Röm.-Kath. Kirchgemeindehaus 5333 CH Baldingen 11.2000Aarg. Kantonalbank Bahnhofplatz 2 5400 CH Baden 1.2000ABB Gebäude 706 Bruggerstr. 5400 CH Baden 4.2001Neue Aargauer Bank Bahnhofplatz 1 5400 CH Baden 8.2001Badener Tagblatt Bruggerstr. 5400 CH Baden 9.1994Stadthaus 5400 CH Baden 10.1999ABB Power Tower Bruggerstr. 5400 CH Baden 7.2002Restaurant Pinte Sommerhaldenstr. 5405 CH Dätwil 4.1999Kirchliches Zentrum 5406 CH Rütihof 10.1998Katholische Kirche Landstr. 5415 CH Nussbaumen b. Baden 10.2002Kirchgemeindehaus Fliederstr. 4 5415 CH Nussbaumen b. Baden 1.2003Kellys Autocenter Landstr. 5430 CH Wettingen 3.2001Heilpädagogische Schule Staffelstr. 5430 CH Wettingen 5.2001Neuapostolische Kirche Bärholzstr. 15 5610 CH Wohlen 3.2003St. Josefsheim Luzernerstr. 5620 CH Bremgarten 2.2003Gemeindehaus Unt. Gerbiweg 5707 CH Seengen 5.2002Bourbaki Panorama Löwenstr. 18 6000 CH Luzern 1.2000Restaurant Bolero Bundesplatz 18 6000 CH Luzern 8.2004Regiobank (Valiant Bank) Pilatusstr. 39 6003 CH Luzern 3.2000Stiftung Rosengart Pilatusstr. 10 6003 CH Luzern 9.2001Hotel Diana Sempacherstr. 16 6003 CH Luzern 10.2002Betagtenzentrum Eichhof Steinhofstr. 13 6005 CH Luzern 6.2003Hotel Royal Rigistr. 22 6006 CH Luzern 1.2001Johannes Kirche Würzenbach 6006 CH Luzern 8.2001Lachappelle Pulvermühleweg 6010 CH Kriens 7.2002Schulhaus Bärenmatt 6017 CH Ruswil 2.2003Raiffeisenbank 6018 CH Buttisholz 5.2000Pistor Hasenmoosstr. 31 6023 CH Rothenburg 8.2004Gemeindehaus Ebikon Zentralstr. 6030 CH Ebikon 11.2002Kirche Gemeindezentrum 6043 CH Adligenswil 8.2001Untersteinhof IHA Sonnenbergstr. 11 6052 CH Hergiswil 4.2002Reformierte Kirche 6055 CH Alpnach 10.1995Raiffeisenbank Dorfstr. 9 6064 CH Kerns 9.2001Gemeindesaal Bahnhofstr. 16 6102 CH Malters 6.1995Alte Stadtmühle 6130 CH Willisau 9.2002Evangelische Kirche Büelgasse 7 6204 CH Sempach 4.1998Milchw. Bildungszentrum Centralstr. 21 6210 CH Sursee 1.1999Restaurant Weinhof Bahnhofstr. 47 6210 CH Sursee 5.2000


Bodum AG Kantonsstr. 100 6234 CH Triengen 8.2000Restaurant Duc Hauptstr. 6243 CH Egolzwil 5.1996Schulhaus Schötz 6247 CH Schötz 7.2000Kirche 6247 CH Schötz 8.2000SPV Plattenverband Altishoferstr. 40 6252 CH Dagmersellen 6.2002Coiffeur-Salon Bühlmann Hochdorfer Märt 139 6280 CH Hochdorf 3.1995Vereinshaus Wassersport Chamerstr. 33 6300 CH Zug 5.2001Kaufmännische Berufsschule Hofstr. 22 6300 CH Zug 10.1999Schule Wilhelmgebäude Hofstr. 6300 CH Zug 6.2003Restaurant Gotthardhof Bundesplatz 16 6300 CH Zug 11.1999Kantonale Strafanstalt An der Aa 2 6300 CH Zug 10.2002Restaurant Steinbock Bannstr. 6 6312 CH Steinhausen 8.1999Abona Treuhand Zugerstrasse 6314 CH Unterägeri 6.1999Zuger Kantonalbank Zugerstr. 26 6314 CH Unterägeri 10.2000Psychiatrische Klinik Meisenberg 6317 CH Oberwil 6.1998Wettingerhaus 6340 CH Walterswil 1.2002Don Bosco Stiftung 6340 CH Walterswil 1.2003Roche Forum 6343 CH Buonas 9.2001Hotel National Seestr. 16 6353 CH Weggis 6.1998Park Hotel Weggis Hertensteinstr. 34 6353 CH Weggis 4.2002Hotel Waldstaetten Pannereggstr. 7 6353 CH Weggis 7.2003Gschweighus Gschweighusweg 6403 CH Küssnacht am Rigi 4.2004Kantonsschule Kollegium 6430 CH Schwyz 1.2000Bundesbriefarchiv 6430 CH Schwyz 3.1999Kapuzinerkloster Herrengasse 33 6430 CH Schwyz 7.1999Lichtkappelle Gotthardstr. 6438 CH Ibach 9.1998Gemeindehaus Herrengasse 6460 CH Altdorf 1.1998Palazzo del Governo Cant. Piazza Governo 6500 CH Bellinzona 12.2002Kirche Gerra Piano 6516 CH Gerra Piano 6.1997Kantine Liceo 2 6942 CH Savosa-Lugano 4.1999Studio Radio e Televisione Svizzera Italiana 6949 CH Comano 10.2001Kantonalbank Hauptsitz 7000 CH Chur 4.1994Würth Holding GmbH Stadtgartenweg 7 7000 CH Chur 9.2001HTW Wirtschaft u. Tourismus Commerzialstr. 22/24 7000 CH Chur 12.2001Praxis Cominot Gänggelistr. 7000 CH Chur 2.2002Hotel Sommerau Emserstr. 4 7000 CH Chur 11.2004GD Golf Domat/Ems AG Tuma Lunga 7013 CH Domat/Ems 3.2002Restaurant La Riva Voa Davos lai 27 7078 CH Lenzerheide 10.2002Alters- und Pflegeheim Euja 7132 CH Vals 3.2003Werkhof 7151 CH Schluein 11.1996Kloster 7180 CH Disentis 4.2001Graubündner Kantonalbank Via Lucmagn 26 7180 CH Disentis 6.2004Schulhaus Schulweg 7204 CH Untervaz 5.2002Rätia Energie AG Energieversorgung 7250 CH Klosters 3.2002Hotel Steigenberger Belvédère Prommenade 89 7270 CH Davos-Platz 6.2001Haus Albula Horlauberstr. 27 7270 CH Davos-Dorf 8.2002Grand Hotel Quellenhof 7310 CH Bad Ragaz 8.2000Confisserie Fässler Sarganserstr. 1 7310 CH Bad Ragaz 11.2001Raiffeisenbank Meienfeldstr. 4 7310 CH Bad Ragaz 2.2004Kirche Sargans Zürcherstr. 56 7320 CH Sargans 9.1994Schulhaus Cazis 7408 CH Cazis 4.1995Altersheim Domleschg 7413 CH Fürstenaubruck 11.1998Betagtenheim Hinterrhein 7440 CH Andeer 9.2002Randolins Touristik Zentrum Via Maistra 12 7500 CH St. Moritz 4.1996Hotel Suvretta Via Chasellas 1 7500 CH St. Moritz 5.2000Zürich Versicherung Via Maistra 7 7500 CH St. Moritz 6.2000Hotel Schweizerhof Via dal Bagn 54 7500 CH St. Moritz 8.1999Hotel Monopol Via Maistra 17 7500 CH St. Moritz 11.1998Rathaus 7500 CH St. Moritz 11.2001Schulhaus Puoz 7503 CH Samedan 5.1997Tourismus-Fachschule Quadratsch 18 7503 CH Samedan 5.1998Restaurant Academia Engiadina Quadratscha 18 7503 CH Samedan 6.1997Gemeindehaus Plazzet 4 7503 CH Samedan 9.2000Haus Lazzarini 7503 CH Samedan 11.1999


Sporthotel Pontresina 7504 CH Pontresina 11.1996Hotel Saratz 7504 CH Pontresina 12.1996Alte Brauerei Haus B 7505 CH Celerina 6.1996Hotel Chesa Rosatsch 7505 CH Celerina 10.1997Kirche Silvaplana 7513 CH Silvaplana 11.1994Hotel Waldhaus 7514 CH Sils 6.1995Hotel Post 7514 CH Sils-Maria 10.1998Schulhaus Lyzeum Alpinium 7524 CH Zuoz 10.2004Bogn Engiadina Scuol Hallenbad Quadras 7550 CH Scuol 11.2002Restaurant Latino Seegartenstr. 14 8000 CH Zürich 5.2000Gruppe Schnittpunkt KWZ 8000 CH Zürich 5.2000Rat der Techn. Hochschule Häldeliweg 17 8000 CH Zürich 6.2000Bürogebäude Hürlimann Bahnhofstr. 81 8000 CH Zürich 7.2001Bethaus Wiedikon 8000 CH Zürich 8.1998Uni-Spital Nordtrakt 1 8000 CH Zürich 8.2001Bürogebäude Uetlibergstr. 132 8000 CH Zürich 1.2002Zürcher Kammerorchester Seefeldstr. 305 8000 CH Zürich 2.2002Kirche Fluntern Gloriastr. 8000 CH Zürich 2.2003ETH Hauptgebäude Rämistrasse 101 8000 CH Zürich 8.2004Stadthaus Stadthausquai 17 8001 CH Zürich 1.2001Amt f. Hochbauten Stadt Zürich Lindenhofstr. 21 8001 CH Zürich 5.2000Obergericht Zürich Hirschengraben 15 8001 CH Zürich 7.2001BVK-Geschäftsgebäude Nüschelerstr. 44 8001 CH Zürich 9.2001Hyposwiss Schützengasse 4 8001 CH Zürich 11.2001Raiffeisenbank Limmatquai 68 8001 CH Zürich 4.2002Restaurant Nordsee Rennweg 48 8001 CH Zürich 11.2002Dézaley Cave Vaudoise, Restaurant Römergasse 7 8001 CH Zürich 7.2004Kunsthaus Heimplatz 1 8001 CH Zürich 6.2004Bürogebäude Gartenstr. 33 8002 CH Zürich 9.2002Elvia Versicherungen Bleicherweg 9 8002 CH Zürich 4.2002Swiss Re Gotthardstr. 8002 CH Zürich 1.2003Kirchgemeindehaus Schlossgasse 8003 CH Zürich 6.1998Restaurant Plüsch-Bar Aemtlerstr. 16 8003 CH Zürich 7.2001Kindergartenhaus Wiedikon Zentralstr. 105 8003 CH Zürich 9.2001Akazienhof Kreuzstr. 42 8004 CH Zürich 3.1999TAMEDIA AG Werdstr. 21 8004 CH Zürich 7.2000Wella Heinrichstr. 8005 CH Zürich 8.2002Sternwarte Urania Uraniastr. 9 8006 CH Zürich 2.1998Archäologisches Institut Rämistr. 73 8006 CH Zürich 3.2001ETH Maschinenlaboratorium Sonneggstr. 3 8006 CH Zürich 7.1996Universität Zürich Rämistr. 71 8006 CH Zürich 9.2000Epileptische Klinik Bleulerstr. 60 8008 CH Zürich 4.1998Geschäftsgebäude Dufourstr. 46/48 8008 CH Zürich 8.2001Casino Zürichhorn Bellerivestr. 170 8008 CH Zürich 10.2000Restaurant Luegete Feusisberg 8008 CH Pfäffikon SZ 5.2002Zentrum für Zahnheilkunde Plattenstr. 11 8028 CH Zürich 7.2000Bürogebäude Hammerstr. 81 8032 CH Zürich 1.2001Kirche St. Anton Neptunstr. 70 8032 CH Zürich 2.2002Bürogebäude Zollikerstr.1 8032 CH Zürich 12.2002Restaurant Linde Universitätsstr. 91 8033 CH Zürich 6.1994Kirche Letten Imfeldstr. 51 8037 CH Zürich 6.2002St. Franziskus Kirche Kilchbergstr. 1 8038 CH Zürich 6.2004St. Konrad Kirche Letzigrabenstr. 159 8047 CH Zürich 7.2003röm.-kath-Kirchgemeindezentrum Limmattalstr. 146 8049 CH Zürich-Höngg 10.2004On Line Video 46 AG Leutschenbachstr. 46 8050 CH Zürich 6.2000Druckerei Schwegler Hagenholzstr. 71 8050 CH Zürich 6.2002Geschäftsgebäude Dörflistr. 120 8050 CH Zürich 3.2003Restaurant Giesserei Oerlikon Birchstrasse 108 8050 CH Zürich 10.2004Kirche Herz-Jesus Schwammendingenstr. 8050 CH Zürich 9.2003SF DRS Fernsehstr. 1–4 8052 CH Zürich 11.2000Hotel Klingental Kasernenstrasse 8058 CH Basel 11.2001Flughafen Zürich-Kloten Check-in 3 8058 CH Zürich 12.2002Heilpädagogische Tagesschule Regensbergstr. 121 8059 CH Zürich 9.2001Reformierte Kirche 8117 CH Fällanden 12.2000


The Alive Music Company AG Thesenacker 47 8126 CH Zumikon 6.2000Restaurant Wassberg Wassbergstrasse 62 8127 CH Forch 12.2003Hotel Krone Zürichstr. 8134 CH Adliswil 7.2001Restaurant Sihlhalden Sihlhaldenstr. 70 8136 CH Gattikon 7.2002Hotel Uto-Kulm Gratstr. 8143 CH Uetliberg 12.2002Hotel Hilton Höhenbühlstr. 10 8152 CH Glattbrugg 4.2001Restaurant z. Goldenen Kopf Marktgasse 9 8180 CH Bülach 9.1999Neuapostolische Kirche Nordstr. 8180 CH Bülach 2.2003Schmidli AG Schachen 8192 CH Schachen 12.2002Migros Klubschule Neustadt 8200 CH Schaffhausen 7.2001Kirche 8228 CH Beggingen 11.1999See & Parkhotel Feldbach 8266 CH Steckborn 1.1995Schloss Brunnegg 8280 CH Kreuzlingen 6.1999Rathaus Kirchstr. 8280 CH Kreuzlingen 10.2001Kantonsschule Pestalozzistr. 9 8280 CH Kreuzlingen 11.2001Konferenzsaal Bahnhofstr. 90 8280 CH Kreuzlingen 8.2002Kneipp Hof Kurhausstr. 34 8374 CH Dussnang 1.2001Bar Hotel Kronen Marktgasse 49 8400 CH Winterthur 6.1999Kirchgemeindehaus Veltheim Feldstr. 6 8400 CH Winterthur 8.1999Casino Theater Stadthausstr. 119 8400 CH Wintherthur 1.2002Credit Suisse Stadthausstr. 16 8400 CH Winterthur 5.2003Mäander C Theaterstrasse 20 8400 CH Winterthur 10.2004Golfplatz Rossberg 8400 CH Winterthur 3.2004Lernwerkstätte für Mechanik, MSW Zeughaustr. 56 8400 CH Winterthur 10.2004Kirchgemeindehaus Hohlandstr. 7 8404 CH Oberwinterthur 2.1997Alter Theatersaal Klosteranlage 8462 CH Rheinau 9.2002Rest. Gyrenbad 8488 CH Turbenthal 2.2000Naturhistorisches Museum Freiestr. 24–26 8500 CH Frauenfeld 1.1999Baumer Electric AG Hummelstr. 17 8500 CH Frauenfeld 4.1999Kantonsschule Frauenfeld Ringstr. 8500 CH Frauenfeld 5.1995Regierungsgebäude 8500 CH Frauenfeld 6.2000Restaurant Historisches Museum Rathausplatz 8500 CH Frauenfeld 12.1998Kartause Ittingen, Wohnheim 8532 CH Warth-Weiningen TG 3.2004Stiftung für Gebrechliche Katharinenberg 8537 CH Nussbaumen TG 2.2002Gemeindehaus Schulstr. 20 8542 CH Wiesendangen 8.2002Thurg. Sprachheilschule Gartenstr. 8560 CH Märstetten 6.2003Schulhaus 8580 CH Dozwil 12.1995Alters- und Pflegeheim Eppishausen Schloss 8586 CH Erlen 6.2002Klinik Humaine Hauptstr. 8588 CH Zihlschlacht TG 3.2003Thurgauer Kantonalbank Bahnhofstr. 54a 8590 CH Romanshorn 10.1999Bahnhofbuffet 8590 CH Romanshorn 12.1998Psychiatrische Klinik 8596 CH Münsterlingen 11.1997Evangelische Kirche 8596 CH Scherzingen 12.2002Blindenzentrum Alte Landstr. 8597 CH Landschlacht 12.1999Schlössli Bottighofen Seestr. 8598 CH Bottighofen 5.2001Raiffeisenbank Regio Altnau Romanshornerstr. 8598 CH Bottighofen 1.2004Migros Restaurant Unterdorfstr. 7 8600 CH Dübendorf 6.2000Schule Unterhöhe In der Höh 8604 CH Volketswil 2.2003Restaurant Kastanie Schulweg 7 8610 CH Uster 4.2002Altersheim Rosengarten Aathalstr. 21 8610 CH Uster 1.2003Schulhaus Aatalstr. 8613 CH Oberuster 6.2002Pfarreizentrum Chapfstr. 25 8614 CH Gossau ZH 5.2004Schulhaus Zentrum Eggstrasse 8620 CH Wetzikon 6.2002Altersheim Breitenhof Breitenhoferstr. 12 8630 CH Rüti ZH 10.2003Kirchliches Zentrum Herschärenstr. 8633 CH Wolfhausen 11.1996Reformierte Kirche 8634 CH Hombrechtikon 11.2001Obersee Nachrichten AG Hauptplatz 4 8640 CH Rapperswil 2.2001Adwista Treuhand Zürcherstr. 9 8640 CH Rapperswil 10.2002Kantonsschule «alte Turnhalle» Dorfstr. 30 8700 CH Küsnacht 5.2000Hotel Sonne Seestr. 120 8700 CH Küsnacht 10.1998Goldbach Center 8700 CH Küsnacht 11.2000Bürogebäude Spleiss Seestr. 157 8700 CH Küsnacht 9.2004Wohnheim Gelterkinden Dufourstr. 17 8702 CH Zollikon 1.1997Bürogebäude Alte Landstr. 107 8702 CH Zollikon 10.2001


Restaurant Löwen Seestr. 595 8706 CH Meilen 3.2002Schulhaus Blatten 8708 CH Männedorf 6.2004Schule Chästli 8718 CH Schänis 9.1995Raiffeisenbank Stampfgasse 8750 CH Glarus 4.2003Elektrizitätswerk Näfels Büntgasse 2 8752 CH Näfels 5.2001Ref. Kirchgemeindehaus 8753 CH Mollis 3.2000Bürogebäude Lindh Air Service AG Flugplatz 8753 CH Mollis 11.2003Restaurant Wiggis Park Wiggis Park 8754 CH Netstal 7.1996Gemeindezentrum 8755 CH Ennenda 5.1997Realschulhaus 8758 CH Obstalden 7.2001Restaurant Etzliberg Etzliberg 8800 CH Thalwil 8.1996Kappelle Au Alte Landstr. 8804 CH Au ZH 3.2003Leutscherhaus Leutschenrain 8807 CH Freienbach SZ 10.2002Restaurant Lo 8810 CH Horgen 10.2002Credit Suisse Comm. Center Bockenweg 4 8810 CH Horgen 1.2003Restaurant Locarno 8832 CH Wollerau 4.1999BZ-Bank Egglirain 8832 CH Wilen b. Wollerau 5.2001Glarner Kantonalbank Ziegelbrückstr. 22 8867 CH Niederurnen 7.2000Gemeindesaal Amden 8873 CH Amden 1.1999Pizzeria Tannenheim 8897 CH Flumserberg SG 11.2001Kath. Pfarreizentrum Langacherstr. 8932 CH Mettmenstetten 3.2004Pfalzkeller Regierungsgebäude 9000 CH St. Gallen 3.2000SUVA Unterstr. 15 9000 CH St. Gallen 5.1999Pädagogische Hochschule Notkerstr. 27 9000 CH St. Gallen 5.2000ISC-Symposium Dufourstr. 83 9000 CH St. Gallen 6.2000Migrosbank Bahnhofstr. 4 9000 CH St. Gallen 8.1999Kathrinen Kirche Katharinengasse 9000 CH St. Gallen 12.2000Schutzengelkapelle Klosterhof 2 9000 CH St. Gallen 10.2002Raiffeisenbank SG Vadianstr. 17 9000 CH St. Gallen 2.2003Kantonsschule am Burggraben Burggraben 21 9000 CH St. Gallen 9.2003Bürogebäude Oberer Graben 26 9001 CH St. Gallen 8.2000Schulanlage Engelwies Zürcherstr. 226 9014 CH St. Gallen 1.1996Alters- und Pflegeheim Rorschacherstr. 258 9016 CH St. Gallen 2.1999Fisba Optik Rorschacherstr. 268 9016 CH St. Gallen 10.2000Wohnheim Riederenholz Brauenstr. 99 9016 CH St. Gallen 4.2003Primarschule Landhaus 9053 CH Teufen AR 3.2004Römisch-Kath. Kirche 9057 CH Schwende 3.2002Alterszentrum Heinrichsbad Kasernenstr. 91 9100 CH Herisau 1.2003Volkskunde Museum Appenzeller Brauchtum 9107 CH Urnäsch 3.2000Schule Steinegg 9113 CH Degersheim 6.1996Bürgerheim Amriswilerstr. 1 9220 CH Bischofszell 10.2002Zingg Industrieabfälle Meggenhausen 9327 CH Tübach 5.2001Café Schnell Seestr. 4 9400 CH Rorschach 8.1999Schulhaus Mariaberg Mariabergstrasse 9400 CH Rorschach 1.2003Kantonalbank St. Gallen Marktplatz 9400 CH Rorschach 12.2002Trüeperhof 9402 CH Mörschwil 11.2000Sekundarschule 9403 CH Goldach 6.1995Rathaus 9403 CH Goldach 10.2002Rüesch Druck AG Rohrschacherstr. 70 9424 CH Rheineck 11.2001Pflegewohnheim Thal-Rheineck Kraft 10 9425 CH Thal 5.1999Heilpädagogische Schule Römerstr. 10 9435 CH Heerbrugg 3.2001Alters- und Pflegeheim Städtli Kirchgasse 6 9442 CH Berneck 11.2001Altersheim Augiessen Augiessenstr. 19 9443 CH Widnau 11.2001Schulhaus Oberstufe Rebstein 9445 CH Rebstein 3.1995Sekundarschule 9445 CH Rebstein 6.1994Pfarrei Altstätten Engelgasse 1 9450 CH Altstätten 3.1996Jansen AG Industriestr. 34 9463 CH Oberriet 8.2000Lukashaus Lukashausstr. 9472 CH Grabs 3.1998Swissfirst Bank Austr. 61 9490 FL Vaduz 3.2001Kunstmuseum 9490 FL Vaduz 6.2000Präsidial-Anstalt Aeulestr. 36 9490 FL Vaduz 9.2001Schloss Vaduz 9490 FL Vaduz 12.1997Kindergarten Ebenholz 9490 FL Vaduz 5.2002Ritec AG Landstr. 9494 FL Schaan 11.2002


Musikschule Landstr. 9495 FL Triesen 1.2004Spital Wil Fürstenlandstr. 32 9500 CH Wil SG 5.2002Begegnungszentrum 9524 CH Zuzwil 4.2001Primarschulhaus Zuckenrieterstr. 2 9525 CH Lenggenwil 9.2002Pizzeria Al Giardino Zürcherstr. 226 9552 CH Brunschofen 9.2000Pfarreiheim Brunschofen 9552 CH Brunschofen 11.1997Alters- und Pflegeheim Viaduktstr. 9565 CH Bussnang 6.2002Psychiatrische Klinik 9573 CH Littenheid 11.1999Mehrzweckgebäude 9606 CH Bütschwil 2.1999Primarschule 9615 CH Dietfurt 3.1995Wohnheim für Erwachsene Johanneum 9652 CH Neu-St. Johann 2.2002Trofana Royal (Nachtclub ) 6561 A Ischgel/Tirol 4.2004Musikhaus Wien 1080 A Wien 10.2004Flughafen Innsbruck 6020 A Innsbruck 8.2004Kloster Novy Dvur Dobra Voda 20 36461 CZ Tepla 2.2004EU Parliament Com. Francaise Rue Royal 72 1000 B Brüssel 10.2002Parlament de la Com. Franc. Rue Royale 72 1000 B Brüssel 1.2003BMW-Tower FIZ BA7 Max-Diamond-Str. 18 80937 D München 5.2004Novotel München City Hochstrasse 11 81669 D München 11.2004Schloss Bruchsal Schönbornstr. D Bruchsal 1.1999Waldorfschule Bildstock Neunkirchenstr. 70 D Friedrichsthal 4.1999Betriebszentrum Harting Simeonsglacis D Minden 4.2001Technologiezentrum Mega-Bau Karl-Heine-Str. 97 D Leipzig 5.2001Pinakothek der Moderne Türkenstr. 15 D München 6.2000Hotel Ueberfahrt Ueberfahrtstr. 6–7 D Rottach-Egern

7.2000ZDF Zollernhof Mittelstr. 44–49 D Berlin 8.1999Fünf Höfe Faulhaber Str. 14 D München 10.2000Akademie der Wissenschaften Jägerstr. 22/23 D Berlin-Mitte 11.2000Französicher Dom Gendarmenmarkt D Berlin 12.1999Rathaus Göppingen D Göppingen 12.2000Vor Frue Kirke - mødelokale Nørregade 8 1165 DK København K 9.2002DSB Generaldirektoratet Sølvgade 40 1307 DK København K 8.2000Egelund - DA Kursusejendom Fredensborgvej 71 3480 DK Fredensborg 3.2003Johannes Larsen Museet Møllebakken 14 5300 DK Kerteminde 10.2001Ventesal Fredericia Banegård Jernbanegade 2 7000 DK Fredericia 7.2002EIT Lounge Crossair Fingerdock 4000 F Basel-Mulhouse 7.2001Théâtre Municipal 67500 F Haguenau 2004Accademia s.r.l. Via Euripide 34 20041 I Agrate Brianza 9.2002Porsche House s.r.l. Via Lancetti 46 20158 I Milano 9.2002Südtiroler Sparkasse Sparkassenstr. 12b 39100 I Bozen 1.2000Universität Bozen Spitalgasse 6 39100 I Bozen 12.2001Teatro Comunale di Concordia Via della Pace 41033 I Concordia/Italien 7.2002Oranim Silencer IL Tel Aviv 7.1999Brendan Loughran & Sons North western health IR Leitrim 2.2003Musée Fort Thüngen Rue Fort Thüngen 1499 LUX Kirchberg 3.2003Metro-Stations Campo 24, de Agosto 4300 P Porto 4.2004Famalicão - Casa de Camilo 2959-909 P Pinhal Novo/Portugal 9.2004Music-Center UK Newcastle 9.2004American Visionary Art Museum 840 Key Highway 21230 USA Baltimore, Maryland 9.2004Atlantic Terminal Building Atlantic & Flatbush 11217 USA New York 11217 3.2004

Av. BrooklynGehry Partners, LLP Office 12541 Beatrice Street 90066 USA Los Angeles, California 1.2004New de Young Museum 2501 Irving Street USA San Francisco,California 10.2004Richard Meirs & Partners 475 Tenth Avenue USA New York 1.2004University of Chicago Law Scool 1111 East 60th Street USA Chicago 0248 10.2004White House 20566 USA Washington, DC 11.2004Dennison University Granville, Ohio 43023 43023 USA Ohio 6.2003Kennedy Center Opera House 2700 Street NW 20566 USA Washington DC 11.2003Lehman Brothers New York USA New York 4.2003MGM Studios Inc. MGM Grand Hotel USA Las Vegas, NevadaSeaside School-Building 42 Simolian Circle 32459 USA Seaside 3.2002Weatherhead School of Management 10900 Euclid Avenue 44106 USA Ohio 44106 11.2001


General Conditions of Contract of the Baswa compa-nies1. GeneralThese General Conditions of Contract ("GCC") are valid for all ser-vices and supplies rendered by BASWAtherm AG and BASWAacou-stic AG (hereinafter "Baswa") to a cus-tomer ("Customer"). Any con-tradicting conditions stipu-lated by Customer are not binding forBaswa unless ex-pressly acknowledged by Baswa in writing. Baswa isnot obliged to oppose to such conditions explicitly.

2. OffersBaswa's offers are always without obligation. Technical data, descrip-tions or illustrations of the products in offers, brochures or in any ot-her information media shall not be deemed as representations and aresubject to unilateral changes by Baswa.No warranty is given for the indicated quantities of average consump-tion of Baswa products. Customer shall immedi-ately examine calcu-lations of quantity (extract of material) provided by Baswa. Customernotes that no warranty is given for such calculations.Contracts with Baswa shall be deemed concluded only upon writtenconfirmation of order by Baswa, latest with the de-livery of the pro-ducts. The terms of the contract are as per the confirmation of orderor, in the absence of such con-firmation, the offer of Baswa. Baswa reserves its right to modifications in technology, constructionor design, particularly for improvements, where reasonable for Custo-mer, even after the confirma-tion of order.

3. PricesUnless otherwise agreed upon, all prices are in Swiss Francs, excludingSwiss VAT, packing included.Unless otherwise agreed upon in writing, price calcula-tions shall bebased on the prices as valid on the day of de-livery.In Switzerland all prices shall be deemed to be free building site if ac-cessible to trucks; unloading is done by Customer. Delivery is madeon returnable pallets. Unreturned pallets will be charged by Baswa.

4. Terms of PaymentUnless otherwise agreed upon, all invoices are net payable within 30days. In case of default in payment, Baswa is en-titled to charge an in-terest of 6 % p.a. for late payment. Save for the existence of an ack-nowledgement in writing or for a final judgement for any counter-claim of Customer, Customer is not entitled to make any off-setagainst Baswa's claims. The goods remain property of Baswa untilthey are completely paid.

5. Delivery dateTerms of delivery communicated by Baswa are fixed care-fully, but arenot binding. If delivery is delayed due to rea-sons not being attributa-ble to Baswa, the terms of delivery are deemed to be observed if thereadiness for dispatch is notified within the agreed term. If deliverybecomes com-pletely or partially impossible due to force majeure or todifficulties without a fault, Baswa is entitled to withdraw from thecontract. The same applies if such circumstances arise with subcon-tractors or suppliers. In such cases Cus-tomer is not entitled to dama-ges or subsequent delivery.

6. DeliveryBaswa charges an additional freight for deliveries with a value of goodsof less than CHF 500. Unloading is done by Customer. Customer ischarged with costs of special trans-ports.

7. Risk of Loss or DamageAll deliveries including returns are at Customer's risk. The risk shallpass from Baswa to Customer as soon as the delivery leaves Baswa'sstorehouse or the storehouse of a third party operated by Baswa. If dis-patch is delayed upon request of Customer or on grounds being attri-butable to Customer, the risk of loss or damage shall pass over to Cus-tomer once the readiness for dispatch is notified.

8. Complaints, WarrantyWarranty for defects is excluded except for the declared characteristicsof the products as set out in Baswa's product list. No warranty is givenfor customised solutions (i.e. for products which are not enumeratedin Baswa's product list) and dyed coating compounds. Differences incolour caused by the raw materials are no defects. Customer underta-kes to examine the delivery immediately. Complaints due to incom-plete, wrong or defective delivery shall be notified to Baswa immedia-tely after delivery of the products, in any case within the followingeight days.The liability of Baswa for defects in the sense of the foregoing sectionshall be as follows:Unless otherwise agreed upon in writing, the warranty period shall be6 months from the delivery date.Customer has to adhere to its contractual obligations in any case,especially to the agreed terms of payment. Baswa is entitled to replacedefective products by a redelivery.Annulment of the contract by Customer is inadmissible. Any warran-ty and liability is excluded if the products are not stored appropriatelyand/or if Customer or any third party does not adhere to the applica-tion guidelines determined by Baswa, or if the proper due diligence asa craftsman is not observed by Customer or any third party.Any further claim of Customer towards Baswa or its auxiliary personsis herewith excluded, in particular any claim for damages other thanfor a damage to the delivered product itself. The amount of damagesis limited by the amount of the purchase price.

9. ReturnsBaswa is not obliged to accept returns or to refund them. Returns arehowever possible in exceptional cases if they are in good and originalcondition. Refund for accepted returns amounts to 90 % of the valueof goods minus deduction for the costs of transportation. Baswa char-ges Customer with an expense allowance of CHF 30. Dyed productscan neither be returned nor refunded.

10. LiabilityUnless expressly provided for otherwise in the GCC, Baswa is only li-able for damages which were caused with unlawful intent or by grossnegligence. Any liability for auxiliary persons of Baswa is hereby exclu-ded.

11. Place of PerformanceThe place of performance shall be at Baswa's registered seat.

12. Place of Jurisdiction and VenueFor all disputes arising out of or in connection with the GCC and theindividual purchase contracts concluded in the frame of the GCC theexclusive place of jurisdiction shall be at Baswa's registered seat. Baswais, however, entitled to sue Customer in any other court which has ju-risdiction over Customer.

13. Applicable LawThe GCC and the individual purchase contracts concluded in theframe of the GCC shall be governed by the substan-tive laws of Swit-zerland.The application of the United Nations Convention on Contracts forthe International Sale of Goods of April 11, 1980, is excluded.

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