{"projects":[{"additionalDescription":"","crdate":1691566907,"customerArray":[{"branch":"","description":"","filterValuesArray":[{"convertedValue":0,"dataType":"1","hasProjects":28,"localizedUid":23,"metaData":"","projectsArray":[{"additionalDescription":"","crdate":1499416686,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design: <\/b>fixed and retractable roofing of PVC-PES membrane
Dimensions \/ sqm:<\/b> 810
Architect:<\/b> Kugel & Rein Architekten
Client:<\/b> Municipalityx of Lavis, Italy
Membrane Assembly<\/b>: October 2012\r\n

Project<\/b><\/h3>\r\nEvents on the open air stage in Lavis, a village in the Italian Trentino, have a long tradition forming part of the cultural identity of the community. The dependence of the stage on wind and weather traditionally led to postponement or cancellation of plays and concerts. In order to guarantee secure events not only for the community members but also for the numerous summer visitors, the community decided to cover the stage with a light and translucent as well as partially convertible roof. Considering these requirements, the architects Kugel and the engineering office Rein, Stuttgart developed a combination of a stationary and convertible roof with a total area of ca. 800 m\u00b2. The stationary roof covers and protects the stage area. The convertible roof which can be opened by means of a supporting structure with traction cables, protects the spectators against wind and rain. The lightness of the PVC\/PES membrane elements, whose details were developed together with Temme \/\/ Obermeier, allows for an open air feeling whether the roof is closed or open. Both roof areas are connected by a central main steel beam with polycarbonate elements which protect the open roof during winter months. With the help of manual winches and about 3 \u2013 4 people, this 500 m\u00b2 large membrane field can be brought into parking position or tensioned over the seats within a few minutes.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Lavis_Amphitheater\/Lavis-Amphitheater_PVC-PES_Membrandach_02.jpg","formattedCreationDate":"2017-07-07","formattedModificationDate":"2020-11-18","isTopReference":false,"link":"","localizedUid":95,"name":"Fixed and retractable roofing of PVC\/PES membrane","niceString":"Open air theater Lavis, Italy: Fixed and retractable roofing of PVC\/PES membrane","pid":47,"platform":null,"processedImages":null,"seoDescription":"Open air theater Lavis, Italy - Fixed and retractable roofing of PVC\/PES membrane","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605705367,"uid":94,"youtubeVideoId":""},{"additionalDescription":"","crdate":1691566907,"description":"Technical \/ General information:<\/b>\r\nStructure:<\/b> PVC \/ PES fa\u00e7ade
Dimensions\/sqm:<\/b> 10,150
Architect:<\/b> Blaser Architekten AG, CH-Basel
Owner:<\/b> Swiss Prime Site Immobilien AG, CH-Z\u00fcrich
Client:<\/b> Halter AG, CH-Z\u00fcrich
Completion:<\/b> Mai 2023 (2nd construction phase)\r\n\r\nProject Description<\/b>\r\nTemme \/\/ Obermeier has completed the second and final phase of construction of the PVC\/PES textile fa\u00e7ade at St\u00fccki Park in Basel. The PVC\/PES mesh fabric was selected from a wide range of fabric samples as its silver metallic appearance fits the architecture of the buildings perfectly.\r\nThese facades offer another example of the versatility of membrane architecture. In addition, to this bespoke modular cladding system being incredibly lightweight, it requires a shorter installation time. \r\nThe PVC\/PES mesh cladding protects the primary facade systems of two 9-storey laboratory buildings. We completed the installation in May 2023 to the complete satisfaction of our client and both of these buildings are now ready for clients to move into. ","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_01.jpg","formattedCreationDate":"2023-08-09","formattedModificationDate":"2024-06-13","isTopReference":true,"link":"","localizedUid":246,"name":"PVC\/PES fa\u00e7ade","niceString":"<\/i> St\u00fccki Park, 2nd building sektion, Basel, Switzerland: PVC\/PES fa\u00e7ade","pid":47,"platform":null,"seoDescription":"St\u00fccki Park, Basel, Switzerland \u2013 PVC\/PES fa\u00e7ade","seoTitle":"PVC\/PES fa\u00e7ade - St\u00fccki Park, Basel, Switzerland","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1718277799,"uid":245,"youtubeVideoId":""},{"additionalDescription":"","crdate":1604399871,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> PVC\/PES fa\u00e7ade
Size\/sqm 1st<\/sup> and 2nd <\/sup>building section: <\/b>10,150 <\/sup>
Architect:<\/b> Blaser Architekten AG, CH-Basel
Owner:<\/b> Swiss Prime Site Immobilien AG, CH-Z\u00fcrich
Client:<\/b> Halter AG, CH-Z\u00fcrich
Membrane completion<\/b> 1st<\/sup> building section:<\/b> April 2020\r\n

<\/h3>\r\n

Project<\/h3>\r\nBack in 2018 Temme \/\/ Obermeier were awarded the contract to design and install the bespoke fa\u00e7ade cladding system for St\u00fccki Park, Basel's new hub for Innovation and Technology. St\u00fccki Park is conveniently located in the north of Basel and consists of four new office and laboratory buildings. The bespoke modular fa\u00e7ade cladding system opted for a stunning silver metallic PVC \/ PES mesh fabric that appears fresh and timeless - and it fits perfectly into the urban environment surrounding St\u00fccki Park.
This is another example of the versatility of membrane architecture. The lightweight, customized modular cladding system also allows for shorter installation times. 
The project was split into two construction phases. The first construction phase saw us complete the successful practical handover of two office and laboratory nine storey buildings in April 2020 to the full satisfaction of our client; the second construction phase is being planned and will be completed by 2023. The first phase is now open for business and provides a great amenity for occupants and visitors to St\u00fccki Park.\r\n\r\n","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Basel__Stuecki_Park_-_Bauabschnitt_1\/2020_600W_Basel_TO.jpg","formattedCreationDate":"2020-11-03","formattedModificationDate":"2021-01-26","isTopReference":false,"link":"","localizedUid":212,"name":"PVC\/PES mesh facade","niceString":"St\u00fccki Park, 1st building section, Basel, Switzerland: PVC\/PES mesh facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"St\u00fccki Park, 1st building section, Basel, Switzerland - PVC\/PES mesh facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1611665696,"uid":211,"youtubeVideoId":""},{"additionalDescription":"","crdate":1592547525,"description":"Technical \/ General information:<\/b>\r\nArchitect:<\/b> slapa oberholz pszczulny | architekten
Main Contractor:<\/b> K\u00f6ster GmbH
Upper Membrane: <\/b>PTFE Glass Fabric
Lower Membrane:<\/b> PVC-PES Mesh
Size\/sqm:<\/b> 5.500
Completion: <\/b>April 2020\r\n

<\/h3>\r\nProject<\/b>\r\nWork is continuing on one of the most ambitious construction projects in the history of Fair D\u00fcsseldorf within the framework of the 2030 master plan to ensure future growth. The days are getting longer, the weather is getting warmer and the construction work for the New South Exhibition Center continues despite the current situation. At the moment the last steps for the roof covering, which is already waiting for the installation of their light strips, are being done. At the same time, the finishing touches are being made to the hall and foyer, and the forecourt is still being given a real boost. Unfortunately, we still have to wait a bit until the fountain, flag sea and light banks have been installed, but we have a few new impressions of our construction site for you. The building works on the modern triangular shaped south entrance structure are on track to be finished on side by the end of April, 2020, no easy feat in the current situation.\r\nTrade fair and congress visitors will be welcomed by an impressive translucent triangular shaped canopy against the backdrop of the D\u00fcsseldorf skyline. The 1,000-tonne steel roof forms a pointed triangle comprised of 90 rhomboidal diamond shaped elements designed to depict a honeycomb structure. The translucent canopy consists of a top layer of PTFE glass fabric and the bottom layer of PVC\/PES mesh and will be illuminated by LED lights. The rhomboidal module frame system measuring approximately 44.5m diagonally and weighing approximately 80 tonnes were lifted onto the concrete columns.\r\nThe canopy will combine aesthetics and functionality, providing shade against rain and sun while the "soft" membranes guarantee optimal acoustics. These rhomboidal diamond shaped elements require precise detailing.\r\n\r\n","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Messe_Duesseldorf\/201203-MDS-002_1.jpg","formattedCreationDate":"2020-06-19","formattedModificationDate":"2021-06-22","isTopReference":false,"link":"","localizedUid":199,"name":"PTFE\/PVC-PES roof","niceString":"Trade fair D\u00fcsseldorf: PTFE\/PVC-PES roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"Trade fair D\u00fcsseldorf - PTFE glass and PVC\/PES mesh","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1624350958,"uid":198,"youtubeVideoId":""},{"additionalDescription":"","crdate":1525865996,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> PVC-PES
Dimensions\/sqm:<\/b> 1,010
Architect:<\/b> ASP Architects, Stuttgart
Client:<\/b> City of St. Goarshausen
Membrane Completion:<\/b> June 2017\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe old open-air stage was victim to the unkind ravages of time! It was a fantastic opportunity for Temme \/\/ Obermeier to step in with a hard wearing PVC-PES membrane stage roof and, above all, to use the new load bearing stage techniques. This type of open-air stage construction demands stringent functionality including lighting technology and recordability of the screens; leading to the design and execution of a bespoke rigging technology concept. The overall size of the membrane roof was extended so that the stage area, the orchestra pit and the rear stage handling area was covered. A world class stage that gives visitors of the open-air concerts real added value! Have a look!\r\nYou can find a video produced by the SWR at our movies<\/link>.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Loreley\/Bild_4.JPG","formattedCreationDate":"2018-05-09","formattedModificationDate":"2020-11-20","isTopReference":false,"link":"https:\/\/youtu.be\/0dlXMhQXTwg","localizedUid":177,"name":"PVC\/PES-roof","niceString":"Open air stage Loreley, St. Goarshausen: PVC\/PES-roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"Open air stage Loreley, St. Goarshausen \u2013 PVC\/PES roof","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605873361,"uid":176,"youtubeVideoId":"https:\/\/youtu.be\/0dlXMhQXTwg"},{"additionalDescription":"","crdate":1501506272,"description":"

Technical \/ General information:<\/h3>\r\nDimensions \/ sqm:<\/b> 2009
Architect:<\/b> Parzinger GmbH
Client:<\/b> Voest Alpine AG
Membrane Assembly:<\/b> 2009\r\n

Project<\/h3>\r\nA large company which has to make big announcements - Temme \/\/ Obermeier realized here the \u201escreen\u201d for a big presentation of the Voest Alpine in Linz. A lot of elements of single layer PVC foil are the basis for the light media projections in the former steel plant.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Linz_Voestalpine\/Linz_Voestalpine_PVC-Membrankonstruktion_02.jpg","formattedCreationDate":"2017-07-31","formattedModificationDate":"2020-11-19","isTopReference":false,"link":"","localizedUid":121,"name":"Media facade","niceString":"Voest Alpine, Linz, Austria: Media facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Voest Alpine, Linz, Austria - PVC-foil media facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605777435,"uid":120,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493734207,"description":"

Technical\/General information<\/h3>\r\nMembrane design:<\/b> Arch-supported roof, PVC\/PES
Dimensions\/sqm:<\/b> 3.000
Architect:<\/b> Ingenieurb\u00fcro Warisch\/Off
Client:<\/b> City of K\u00f6nigsbrunn
Membrane Assembly:<\/b> March 2010\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe impressive PVC-coated polyester membrane roof <\/b>construction of the central bus station in K\u00f6nigsbrunn immediately catches the traveler\u2019s eye. Temme \/\/ Obermeier <\/i><\/b>created the roof, which is composed of two wings, one central roof and a smaller arch-supported roof for parked bicycles. Here, PVC-coated polyester membranes <\/b>were stretched tight over the steel arches to form the top layer; a net fabric was tautened beneath as a bottom layer. This enables the ventilation of the roof<\/b>, reduces the view onto the steel construction and prevents birds from nesting. Lights were arranged inside the wings to provide an extraordinary light experience to the waiting passengers.","firstImageUrl":"fileadmin\/redaktion\/projekte\/busbahnhof_koenigsbrunn\/01-e5a421bf.jpg","formattedCreationDate":"2017-05-02","formattedModificationDate":"2020-11-20","isTopReference":false,"link":"","localizedUid":30,"name":"PVC-coated polyester membrane roof","niceString":"Bus station K\u00f6nigsbrunn: PVC-coated polyester membrane roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"Bus station K\u00f6nigsbrunn \u2013 PVC-coated polyester membrane roof","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605878326,"uid":2,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499348444,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design: <\/b>PVC \/ PES
Dimensions \/ sqm:<\/b> 200 sqm per roof x 13
Architect:<\/b> Pahl + Weber-Pahl
Client:<\/b> Land Hessen
Membrane Assembly<\/b>: 2014-2015\r\n

Project<\/b><\/h3>\r\nIn the state of Hessen, the new construction of a larger number of rest and toilet areas is pending. The aim of the contracted architects Pahl+Weber was to produce pre-fabricated state-of-the-art facilities, which should be as far as possible protected against vandalism and architecturally appealing. These well-done facilities now represent a \u201csignboard\u201d of the state of Hessen.\r\nThe first 13 facilities have been realised and launched between 2014 and 2016.\r\nThe outer appearance is characterised by an illuminated PES\/PVC membrane put on the top of the building by <\/b>Temme \/\/ Obermeier. Due to the characteristic roof, the rest area is easy to find, one feels safe and the all-over area is illuminated during night time. The sculptural, funnel-shaped steel structure consists of 16 laser cut flat steel cantilever arms, which at the top and at the bottom, are connected to elliptically bent round pipes. The outer and inner membranes have been fabricated in one piece, each roof has been installed in a few days.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/PWC_Hessen\/PWC.jpg","formattedCreationDate":"2017-07-06","formattedModificationDate":"2020-11-20","isTopReference":false,"link":"","localizedUid":89,"name":"Illuminated PES\/PVC membrane","niceString":"PWC Hessen: Illuminated PES\/PVC membrane","pid":47,"platform":null,"processedImages":null,"seoDescription":"PWC Hessen - Illuminated PVC\/PES membrane","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605877416,"uid":88,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499242001,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design: <\/b>PVC-PES facade, mirrors
Dimensions \/ sqm:<\/b> 1.100
Architect:<\/b> Murphy Jahn
Client:<\/b> Siedentopf GmbH & Co. KG
Membrane Assembly<\/b>: April 2012\r\n

Project<\/b><\/h3>\r\nThe new parking deck belongs to Weser Quartier, an architectural highlight in Bremen\u2019s latest downtown developments. Reconstruction started with Murphy\/Jahn\u2019s Weser Tower finished in May 2010. Currently further buildings are under construction. The six-story parking deck with 700 parking spaces capacity allows for safe and convenient parking. The buildings approval however, was granted under the request that the fa\u00e7ade should be designed to be appealing and corresponding to the contemporary style of the districts architectural language.\r\nIn order to fulfill this request on the basis of Murphy\/Jahn Architecs design language, Temme \/\/ Obermeier <\/i><\/b>developed the technical solution for this PVC\/PES stamisol membrane fa\u00e7ade<\/b>. Made of PVC-PES Stamisol and semi-translucent reflecting surfaces which are installed in varying inclinations. These reflect the LED illumination of the Weser Tower standing vis-\u00e0-vis. Additionally, the fa\u00e7ade changes the appearance following lighting varieties of daylight and seasons. Sometimes it appears bright in the sunset changing color to a subtle red. Shaded by the office building, it appears in dark tones. The reflecting surfaces always form a deep contrast, showing brighter or darker colors than the surrounding fa\u00e7ade, depending on light incidence.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Bremen_Parkhaus_Weserbahnhof\/Bremen-Parkaus-Wesebahnhof_PVC-PES-Membranfassade_04.jpg","formattedCreationDate":"2017-07-05","formattedModificationDate":"2020-11-19","isTopReference":true,"link":"","localizedUid":65,"name":"PVC\/PES Stamisol membrane facade","niceString":"<\/i> Parking garage, Bremen: PVC\/PES Stamisol membrane facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Parking garage, Bremen - PVC\/PES Stamisol membrane facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605784660,"uid":64,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499238330,"description":"

Technical \/ General informationen:<\/h3>\r\nMembrane design: <\/b>Convertable membrane roof of translucent PVC-PES fabric and transparent ETFE foil
Dimensions \/ sqm:<\/b> 860
Architect:<\/b> Kugel & Rein Architects
Client:<\/b> SFH-Verein
Membrane Assembly<\/b>: June 2012\r\n

Project<\/b><\/h3>\r\nConvertable Roof over the Patio of the Alte Residenz Salzburg\r\nInaugurated in summer 2012, the patio of the \u201eAlte Residenz\u201c (Old Residence) in Salzburg has been regularly used for summer performances of the international known Salzburg Festival. In order to achieve weather independent performances, the \u201cSFH-Verein\u201d (Association for preservation and use of Salzburg Festival Theatres) requested amembrane roof of translucent PVC\/PES fabric and transparent ETFE foil <\/b>which could be retracted automatically in a few minutes. Thus, in any weather, the guests can be offered the unique experience of an open air event, independent from any expensive substitute indoor venue.\r\nFollowing the requests of the historic society to protect the historical fa\u00e7ades of the Old Residence from any damage, Kugel + Rein Architects und Engineers designed a temporary and also retractable structure which stands nearly loose in the patio. By only transferring minimal horizontal loads into a few designated anchors of the old structure the surrounding walls are nearly untouched. For the inner area of the circumferential lattice girder, lying on four columns and having a width of 22 m and a length of 37 m, Temme \/\/ Obermeier realized a parallel retractable membrane roof covering 1000 m\u00b2 out of V-shaped segments. Standing ridge and hanging valley cables support the translucent PVC-PES fabric.\r\nFor easy roof operation the driving carriages, cables, belts, fabric details and many more elements had to be precisely developed by the Engineers in collaboration with Temme \/\/ Obermeier <\/i><\/b>experts. Considering that this structure has been designed and executed as a prototype all participants have been impressed by the performance when finally moved for the first time.\r\nWhen open, the membrane roof is parked under a fixed cover roof in front of the east fa\u00e7ade. Surrounding transparent ETFE foil stripes protect the large lattice girder at all three other sides. When closed, the main roof is lying lightly and delicately over the patio, and with its curved lines forms a decent contrast to the fa\u00e7ades of the Old Residence.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Salzburg_Alte_Residenz\/Salzburg_alte_Residenz.jpg","formattedCreationDate":"2017-07-05","formattedModificationDate":"2020-11-20","isTopReference":false,"link":"","localizedUid":59,"name":"Convertible membrane roof of PVC-PES fabric and ETFE foil","niceString":"Old Residence, Salzburg, Austria: Convertible membrane roof of PVC-PES fabric and ETFE foil","pid":47,"platform":null,"processedImages":null,"seoDescription":"Old Residence, Salzburg, Austria - Convertible PVC\/PES and ETFE roof","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605858864,"uid":58,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499236252,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design: <\/b>Suspended ceiling (PES membrane: PVC-coated upper side, Low E coated back)
Dimensions \/ sqm:<\/b> 1.900
Architect:<\/b> City of Landsberg am Lech
Client:<\/b> City of Landsberg am Lech
Membrane Assembly:<\/b> August 2011\r\n

Project<\/b><\/h3>\r\nIn the renovation of the ice-sports arena of Landsberg am Lech, not only were optical accents important, but also safety above all else. Special focus was laid on the arena\u2019s climate. Temme \/\/ Obermeier <\/i><\/b>therefore relied on the revolutionary Low E coating technology for membranes. One advantage of this coating is its ability to reflect the cold. Thus, the costs for the ice production can be considerably reduced compared to the former design. Temme \/\/ Obermeiers <\/i>PVC\/PEY with Low-E suspended ceiling <\/b>is regarded as pioneering in this field of membrane building.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Landsberg_Eisporthalle\/Landsberg-Eissporthalle_Low-E_Membrankonstruktion_01.jpg","formattedCreationDate":"2017-07-05","formattedModificationDate":"2020-11-18","isTopReference":false,"link":"","localizedUid":57,"name":"PVC\/PES with Low-E suspended ceiling","niceString":"Ice sports arena, Landsberg\/Lech: PVC\/PES with Low-E suspended ceiling","pid":47,"platform":null,"processedImages":null,"seoDescription":"Ice sports arena, Landsberg\/Lech - PVC\/PES with Low-E suspended ceiling","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605697681,"uid":56,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493736371,"description":"

Technical \/ General information:<\/h3>\r\n Membranedesign:<\/b> Dome, PVC\/PES
Dimensions\/sqm: <\/b>5.200
Architect:<\/b> Barthel & Maus
Client:<\/b> Radom Raisting GmbH
Membrane Assembly:<\/b> September 2010\r\n

<\/h3>\r\n

Project<\/h3>\r\nAs a landmark, the earth station of Raisting has already decorated stamps; its air-supported hall, the radome, represents an impressive masterpiece of technology. In 2010,Temme \/\/ Obermeier <\/i><\/b>were commissioned to renovate the dilapidated envelope. For this, they produced a PVC\/PES membrane design<\/b>. During a spectacular operation the membrane was hoisted over antenna 1, lowered and tightened. The new protective skin has provided a significant transformation to Raistings radome \u2013 from a landmark of technical revolution to an impressive industrial memorial.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Radom__Raisting\/Raisting_PVC-PES_1102286_287_2.jpg","formattedCreationDate":"2017-05-02","formattedModificationDate":"2020-11-20","isTopReference":false,"link":"","localizedUid":33,"name":"PVC\/PES Membrane Design","niceString":"Radome, Raisting: PVC\/PES Membrane Design","pid":47,"platform":null,"processedImages":null,"seoDescription":"Radome, Raisting \u2013 PVC\/PES membrane design","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605873266,"uid":16,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493736114,"description":"

Technical \/ General information<\/h3>\r\n Membrane design:<\/b> Arch-supported roof, PVC\/PES membrane + net fabric
Dimenstions\/sqm: <\/b>260
Architect:<\/b> BLP
Client:<\/b> City of Halle (Saale)
Membrane Assembly:<\/b> M\u00e4rz 2010\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe central bus station of Halle is an important entryway to the city. It is situated close to the main train station and has been completely redesigned. Nine barrier-free roofed bus stops with PVC\/PES membrane roofs<\/b> were built. The elliptically designed light roof created by Temme \/\/ Obermeier <\/b>is the eye-catcher of the square. It ties the individual waiting areas together to form a harmonic whole and thus makes use of the principle of designing ensembles: Forming a whole while maintaining the individual shape of the particular parts. The membrane design underlines the innovative character of the station, also commonly known as the \u201cSpace Center\u201d.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Busbahnhof__Halle_an_der_Saale\/PVC-PES_Halle-Saale_ZOB_2911_MG_5807_01.jpg","formattedCreationDate":"2017-05-02","formattedModificationDate":"2020-11-20","isTopReference":false,"link":"","localizedUid":32,"name":"PVC\/PES membrane roof","niceString":"Bus station Halle\/Saale: PVC\/PES membrane roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"Bus station Halle\/Saale - PVC\/PES membrane roof","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605878312,"uid":15,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493795866,"description":"

Technical \/ General information: <\/h3>\r\nMembrane design:<\/b> Arch-supported roof, PVC\/PES
Dimensions\/sqm:<\/b> 800
Architect:<\/b> CL-MAP GmbH
Client:<\/b> Flughafen M\u00fcnchen GmbH
Membrane Assembly: <\/b>August 2011\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe Munich airport is one of the largest European hubs. Temme \/\/ Obermeier <\/i><\/b>created the roof of the access to hangars 3 and 4. Temme \/\/ Obermeier <\/b><\/i>created an arch-supported PVC-PES roof<\/b>. This roofing excels due to its sophisticated design and the lightness of its architecture. Here, Temme \/\/ Obermeier <\/i><\/b>used a modular steel support structure that can be expanded if necessary. Steel supports were placed in existing on-site separate foundations equipped with crescent-shaped truss girders. PVC\/PES membrane fields were stretched between them, serving as roof covering.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Flughafen-Muenchen\/Muenchen_Flughafen_PVC-PES_1109308_0001_2_01.jpg","formattedCreationDate":"2017-05-03","formattedModificationDate":"2020-11-17","isTopReference":false,"link":"","localizedUid":38,"name":"Arch-supported PVC-PES roof","niceString":"Hangars 3+4, Airport Munich: Arch-supported PVC-PES roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"Hangars 3+4, Munich Airport - Arch-supported PVC-PES roof","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605605476,"uid":13,"youtubeVideoId":""}],"uid":6,"value":"PVC \/ PES"},{"convertedValue":0,"dataType":"1","hasProjects":30,"localizedUid":19,"metaData":"","projectsArray":[{"additionalDescription":"","crdate":1691574384,"description":"Technical \/ General information:<\/b>\r\nMembrane design: <\/b>ETFE Folienkissendach
Dimensions\/sqm: <\/b>1,100
Planner: <\/b>CF M\u00f8eller Architects
Client: <\/b>Fonden Svendborg Maritime Uddannelsescenter
Contractor: <\/b>MT Hojgaard Danmark A\/S
Membrane Completion: <\/b>February 2023\r\n\r\nProject Description<\/b>\r\nTemme \/\/ Obermeier installed the beautiful membrane roof at Svendborg Harbour, Denmark. During the winter months a temporary PVC roof was erected to ensure that the building was watertight so that adjacent works could be carried out. We replaced this roof with the transparent ETFE roof - the light-flooded atrium creates a welcoming atmosphere. The ETFE foil roof consists of 16 square "cushions" in keeping with Scandinavian architectural style: clean, elegant and modern.\r\nWe are looking forward to the opening of the International Maritime Academy (SIMAC) in Svendborg and cannot wait for visitors to get to enjoy the building.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Daenemark_SIMAC\/Svendborg_2_Da__nemark_ETFE_TemmeObermeier-2.jpg","formattedCreationDate":"2023-08-09","formattedModificationDate":"2023-08-11","isTopReference":false,"link":"","localizedUid":256,"name":"ETFE foil cushion roof","niceString":"SIMAC, Svendborg D\u00e4nemark: ETFE foil cushion roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"SIMAC, Svendborg Denmark \u2013 ETFE foil cushion roof","seoTitle":"ETFE foil cushion roof - SIMAC, Svendborg Denmark","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1691745851,"uid":255,"youtubeVideoId":""},{"additionalDescription":"","crdate":1691566907,"description":"Technical \/ General information:<\/b>\r\nStructure:<\/b> PVC \/ PES fa\u00e7ade
Dimensions\/sqm:<\/b> 10,150
Architect:<\/b> Blaser Architekten AG, CH-Basel
Owner:<\/b> Swiss Prime Site Immobilien AG, CH-Z\u00fcrich
Client:<\/b> Halter AG, CH-Z\u00fcrich
Completion:<\/b> Mai 2023 (2nd construction phase)\r\n\r\nProject Description<\/b>\r\nTemme \/\/ Obermeier has completed the second and final phase of construction of the PVC\/PES textile fa\u00e7ade at St\u00fccki Park in Basel. The PVC\/PES mesh fabric was selected from a wide range of fabric samples as its silver metallic appearance fits the architecture of the buildings perfectly.\r\nThese facades offer another example of the versatility of membrane architecture. In addition, to this bespoke modular cladding system being incredibly lightweight, it requires a shorter installation time. \r\nThe PVC\/PES mesh cladding protects the primary facade systems of two 9-storey laboratory buildings. We completed the installation in May 2023 to the complete satisfaction of our client and both of these buildings are now ready for clients to move into. ","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_01.jpg","formattedCreationDate":"2023-08-09","formattedModificationDate":"2024-06-13","isTopReference":true,"link":"","localizedUid":246,"name":"PVC\/PES fa\u00e7ade","niceString":"<\/i> St\u00fccki Park, 2nd building sektion, Basel, Switzerland: PVC\/PES fa\u00e7ade","pid":47,"platform":null,"seoDescription":"St\u00fccki Park, Basel, Switzerland \u2013 PVC\/PES fa\u00e7ade","seoTitle":"PVC\/PES fa\u00e7ade - St\u00fccki Park, Basel, Switzerland","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1718277799,"uid":245,"youtubeVideoId":""},{"additionalDescription":"","crdate":1625120901,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> ETFE Fa\u00e7ade and Funnel
Planner:<\/b> ecoLogicStudio by Claudia Pasquero and Marco Poletto
Client:<\/b> Otrivin Breathe Clean
Membrane Completion:<\/b> May 2021\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe innovation brings to life the world\u00b4s first biotechnological playground to integrate air-purifying micro-algae!\r\nAirBubble creates a purified microclimate for children to play in, a true bubble of clean air in the Centre of Warsaw (Poland). The project is located within the public green space outside of the Copernicus Science Centre (Centrum Nauki Kopernik), a site which will also host a dedicated exhibition illustrating the design innovation behind the invention of AirBubble. The playground integrates the Photo-Synthetica-technology for the advanced integration of photosynthesis in the built enviroment.\r\nFa\u00e7ade and Funnel was completely designed in house by Temme \/\/ Obermeier\r\nAirBubble invents a new architectural typology. It incorporates a cylindrical timber structure wrapped in an ETFE membrane protecting 52 glass algae reactors. This creates a real urban algae greenhouse. The space is equipped with ropes, foot pumps and bouncy spheres, and can function as both playground and outdoor classroom. ","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Warschau_Biotech\/2_AirBubble_playground_ecoLogicStudio__c_Maja_Wirkus.jpg","formattedCreationDate":"2021-07-01","formattedModificationDate":"2021-07-02","isTopReference":false,"link":"","localizedUid":216,"name":"ETFE Fa\u00e7ade and Funnel","niceString":"Biotech Playground Warsaw, Poland: ETFE Fa\u00e7ade and Funnel","pid":47,"platform":null,"processedImages":null,"seoDescription":"ETFE Fa\u00e7ade and Funnel - Biotech Playground Warsaw, Poland","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1625217061,"uid":215,"youtubeVideoId":""},{"additionalDescription":"","crdate":1500032680,"description":"

Technical \/ General Information:<\/h3>\r\nMembrane design:<\/b> Facade, silicone glass
Dimensions\/sqm:<\/b> 1,100
Architect:<\/b> Ludloff + Ludloff
Client:<\/b> Sedus Stoll AG, Waldshut
Membrane Assembly:<\/b> June 2009\r\n

Project<\/b><\/h3>\r\nFabrics are one of the leading components of modern architecture. When creating the research and development center of Sedus Stoll AGTemme Obermeier set new standards for working with textile materials in the construction of facades. Temme Obermeier developed a silicone glass fabric facade. They used silicone glass fabrics with optimum characteristics: The fabrics provide protection from ultraviolet radiation, wind and rain. They are water-repellent and soil-resistant and perfectly ventilate the special facade coating of Stamisol underneath. Specially for this project Temme Obermeier developed a pragmatic facade system that stands for innovation, research and development \u2013 and fits in perfectly with the building.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Sedus_Stoll_AG_Dogern\/01.jpg","formattedCreationDate":"2017-07-14","formattedModificationDate":"2021-01-18","isTopReference":false,"link":"","localizedUid":107,"name":"Silicone glass fabric facade","niceString":"Sedus Stoll AG, Dogern: Silicone glass fabric facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Sedus Stoll AG, Dogern - Silicone\/glass fabric facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1610969884,"uid":104,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499345519,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design: <\/b>Maintenance of the ETFE cushions and the inner ceiling
Dimensions \/ sqm:<\/b> 66.500 (facade and roof surfaces)
Architect:<\/b> Herzog & de Meuron
Client:<\/b> Allianz Arena M\u00fcnchen Stadion GmbH
Membrane Assembly<\/b>: Maintenance since November 2008\r\n

Project<\/b><\/h3>\r\nOne of the world wide flagship buildings in ETFE technology<\/b> - not just for football fans but also for architects and builders an expression for the spirit in sports, of innovative stadia and building technologies - the Allianz Arena. Being one of the world's largest membrane envelopes the structure consists entirely of rhomb designed ETFE foil cushions<\/b> that can be effectively illuminated from the inside with light in the colors red, blue and white.\r\nOur predecessor company has conceptualized and realized this membrane envelope. Temme \/\/ Obermeier itself developed as a result a sophisticated maintenance concept for the membrane envelope as well as for the internal ceiling made \u200b\u200bof PU-coated glass fiber fabric<\/b>. Currently technical progress will be implemented to the Allianz Arena  and due to the order by the owner FC Bayern Munich a new and environmentally oriented concept of the entire building will be planned.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Muenchen_Allianz_Arena\/Muenchen_Allianz-Arena-01.jpg","formattedCreationDate":"2017-07-06","formattedModificationDate":"2020-11-17","isTopReference":false,"link":"","localizedUid":83,"name":"Maintenance of ETFE cushions and inner ceiling","niceString":"Allianz Arena, Munich: Maintenance of ETFE cushions and inner ceiling","pid":47,"platform":null,"processedImages":null,"seoDescription":"Allianz Arena, Munich - Maintenance of ETFE cushions and inner ceiling","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605604160,"uid":82,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499331464,"description":"

Technical \/ General Information:<\/h3>\r\nStructure: <\/b>(inside) PTFE\/glass mesh \/ (outside) ETFE two layers, printed
Size \/ sqm:<\/b> 1,800 sqm (inside) \/ 3,850 sqm (outside)
Architect:<\/b> Gr\u00fcntuch Ernst Planungsgesellschaft mbH
Principal:<\/b> City of Chemnitz
Installation<\/b>: 2013\r\n

Project description<\/b><\/h3>\r\nWith the renovation of the Chemnitz main station, the local and long-distance traffic is to be merged under one roof and the station is to be redefined as an entrance to the city and an important hub in the urban space. For this purpose, the existing station hall from the 1970s was dismantled down to its supporting structure and opened towards the city in the lower area.\r\nTemme \/\/ Obermeier realized the matted, printed ETFE cushion facade, which as an interactive LED media facade projects the movements from the surroundings as light movements onto the facade and is used for impressive light shows. The ETFE cushions with dimensions of up to 23.0 x 3.0 m belong to the largest facade infills of this type. The inner facade of the station hall was clad with aluminum frames with flat-stretched PTFE \/ glass fabric. This ingenious, retensionable construction is one of the core competencies of our company.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Chemnitz_Hauptbahnhof\/Chemnitz-Hauptbahnhof_ETFE-Membranfassade_05.jpg","formattedCreationDate":"2017-07-06","formattedModificationDate":"2021-01-26","isTopReference":false,"link":"","localizedUid":71,"name":"ETFE membrane facade","niceString":"Main station Chemnitz: ETFE membrane facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Main station Chemnitz - ETFE membrane facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1611665280,"uid":70,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499330683,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design: <\/b>ETFE facade, single-ply
Dimensions \/ sqm:<\/b> 380
Architect:<\/b> woernerundpartner planungsgesellschaftmbh
Client:<\/b> Fraunhofer Gesellschaft
Membrane Assembly<\/b>: May 2012\r\n

Project<\/b><\/h3>\r\nThe Fraunhofer-Gesellschaft zur F\u00f6rderung der angewandten Foschung e.V. (registered association for the promotion of applied research) erected a multistory engineering building in Bremerhaven offering workshop and office facilities for the institute. The development and extension of the business area \u201cwind energy\u201d made it necessary to improve the working conditions for the research projects by supplying additional office space and test facilities. According to the intended purpose \u201cresearch in wind energy\u201d the building acts as a visible sign with an appealing, technically demanding curtain wall.\r\nThe wall structure is a mixture of a rigid, form-giving and load carrying steel sub-structure with glass panels, and flexible single-layer ETFE sheets which are pre-tensioned by cables. The curtain wall is connected to the massive building by 380 steel strut brackets welded onto plates fixed at the building. Floor-wise, the struts, having a horizontal distance pattern of 1,17 m, have different gaps between the traverse stations of the concrete construction and the steel rings, leading consequently to different lengths. Bent steel profiles (circular girders) follow the outline of the building at each floor, forming the horizontal connection line of the ETFE sheets and the glass panels. The ETFE bays 1 \u2013 4 each have a wind suction cable connected to the front profiles. The upmost ETFE bay has two wind suction cables additionally connected positively to the massive wall in 4 points.\r\nThe complicated installation conditions due to the direct vicinity of the sea required special attention. During the installation works permanently changing weather conditions prevailed with different wind speeds up to wind speed 6. This led to a complicated handling of the large ETFE bays (ca. 50,00 x 1,50 m per bay) requesting a sophisticated logistic preparation for an installation period of about 2 weeks, including all back-work.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Bremerhaven_Frauenhofer\/Bremerhaven-Fraunhofer_ETFE-Membranfassaden-01_01.jpg","formattedCreationDate":"2017-07-06","formattedModificationDate":"2020-11-18","isTopReference":false,"link":"","localizedUid":69,"name":"ETFE facade","niceString":"Fraunhofer Institute IWES, Bremerhaven: ETFE facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Fraunhofer Institute IWES, Bremerhaven - Single layer ETFE foil facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605701811,"uid":68,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499242001,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design: <\/b>PVC-PES facade, mirrors
Dimensions \/ sqm:<\/b> 1.100
Architect:<\/b> Murphy Jahn
Client:<\/b> Siedentopf GmbH & Co. KG
Membrane Assembly<\/b>: April 2012\r\n

Project<\/b><\/h3>\r\nThe new parking deck belongs to Weser Quartier, an architectural highlight in Bremen\u2019s latest downtown developments. Reconstruction started with Murphy\/Jahn\u2019s Weser Tower finished in May 2010. Currently further buildings are under construction. The six-story parking deck with 700 parking spaces capacity allows for safe and convenient parking. The buildings approval however, was granted under the request that the fa\u00e7ade should be designed to be appealing and corresponding to the contemporary style of the districts architectural language.\r\nIn order to fulfill this request on the basis of Murphy\/Jahn Architecs design language, Temme \/\/ Obermeier <\/i><\/b>developed the technical solution for this PVC\/PES stamisol membrane fa\u00e7ade<\/b>. Made of PVC-PES Stamisol and semi-translucent reflecting surfaces which are installed in varying inclinations. These reflect the LED illumination of the Weser Tower standing vis-\u00e0-vis. Additionally, the fa\u00e7ade changes the appearance following lighting varieties of daylight and seasons. Sometimes it appears bright in the sunset changing color to a subtle red. Shaded by the office building, it appears in dark tones. The reflecting surfaces always form a deep contrast, showing brighter or darker colors than the surrounding fa\u00e7ade, depending on light incidence.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Bremen_Parkhaus_Weserbahnhof\/Bremen-Parkaus-Wesebahnhof_PVC-PES-Membranfassade_04.jpg","formattedCreationDate":"2017-07-05","formattedModificationDate":"2020-11-19","isTopReference":true,"link":"","localizedUid":65,"name":"PVC\/PES Stamisol membrane facade","niceString":"<\/i> Parking garage, Bremen: PVC\/PES Stamisol membrane facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Parking garage, Bremen - PVC\/PES Stamisol membrane facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605784660,"uid":64,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499241502,"description":"

Technical \/ General informationen:<\/h3>\r\nMembrane design: <\/b>ETFE-facade, single-ply, cable-supported
Dimensions \/ sqm:<\/b> 840
Architect:<\/b> WasserAchermann Architektur
Client:<\/b> Stanserhorn-Bahn-Aktiengesellschaft
Membrane Assembly<\/b>: June 2012\r\n

Project<\/b><\/h3>\r\nArriving just in time for the start of the spring season of the cabriolet \u201cCabrio\u201d double-decker car on Mount Stanserhorn, the valley and summit cable car stations have been replaced by two new buildings.\r\nConcrete, steel and the use ETFE are impressively illustrating the successful interplay of architectural styles between modernity and traditional architecture in Switzerland. Lightweight appearance and highest translucency of the building envelope is shown due to the choice of ETFE for the cable car stations on the mountain setting and surrounded by the trees of the valley forest.\r\nFrom initial design to project realization, the cable supported single layer structure of station envelopes was developed in close partnership  with Bieri Tenta AG of Switzerland.  These stations demonstrate that ETFE can be employed under the harsh weather conditions that exist at mountain summits when the project detailing and execution have been performed with the highest level craftsmanship.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Stanserhornbahn\/Stanserhornbahn_ETFE_Membranfassade_01.jpg","formattedCreationDate":"2017-07-05","formattedModificationDate":"2020-11-18","isTopReference":false,"link":"","localizedUid":63,"name":"Cable-supported ETFE facade","niceString":"Stanserhorn cable car, Switzerland: Cable-supported ETFE facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Stanserhorn cable car, Switzerland - Cable-supported ETFE facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605698876,"uid":62,"youtubeVideoId":""},{"additionalDescription":"","crdate":1495020657,"description":"

Technical \/ general information:<\/h3>\r\nStructure: <\/b>Solar protection facade made of GF \/ PTFE Mesh fabric with steel \/ aluminum frame
Size \/ sqm:<\/b> 1.976
Architects:<\/b> ludloff & ludloff Architekten BDA, Berlin
Client:<\/b>  SOS Kinderdorf e.V.
Installation<\/b>: from March to August 2016\r\n

Project description<\/b><\/h3>\r\nSOS Kinderdorf and hotel management school - how does it work together? At least as good as the facade made of a PTFE \/ glass mesh fabric and a wooden facade, completely developed by Temme \/\/ Obermeier.\r\nTemme \/\/ Obermeier engineered, fabricated and installed the 200 element fa\u00e7ade - more than 100 frames are moveable \u2013 together with his planer BfL including all mechanic elements. This was added by the frames which are only 80 mm thick and the connections to the wooden facade.\r\nThese elements have been arranged by the architects as with a wood shingle facade. They should remain transparent and offer sun protection at the same time. Many contrasting ideas in one design, but by Temme \/\/ Obermeier and his partners almost perfectly implemented. Already the arrangement of the approx. 3.50 x 1.80 m shingles - and also the moving elements - presented the team with a demanding task that was mastered with flying colors.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/SOS_Kinderdorf_Berlin\/SOSKiDorf_BFL.jpg","formattedCreationDate":"2017-05-17","formattedModificationDate":"2020-11-20","isTopReference":true,"link":"","localizedUid":50,"name":"Solar protection facade made of PTFE\/glass mesh fabric","niceString":"<\/i> SOS Kinderdorf, Berlin: Solar protection facade made of PTFE\/glass mesh fabric","pid":47,"platform":null,"processedImages":null,"seoDescription":"SOS Kinderdorf, Berlin - Textile facade with moveable shingles","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605873767,"uid":49,"youtubeVideoId":""},{"additionalDescription":"","crdate":1495015386,"description":"

Technical \/ general information:<\/h3>\r\nStructure: <\/b>ETFE- Foil facade single layer & steel structure
Size \/ sqm:<\/b> 9.300
Architects: <\/b>Burkhardt & Partner
Principal:<\/b> Halter AG, Z\u00fcrich
Installation<\/b>: membrane from March to Juny 2017\r\n

Project description<\/b><\/h3>\r\nETFE foil - the magic word in today's architecture and what is ultimately implemented masterfully with Temme \/\/ Obermeier in Switzerland. Single-ply constructions are not only possible with coated textiles, but also with a single-ply and pre-tensioned ETFE film.\r\nTemme \/\/ Obermeier has developed an almost perfect system with its ARGE partner Biedenkapp Stahlbau and the planer BfL to realize this 9,300 m\u00b2 architectural dream at the Mall of Switzerland. Consisting of more than 80 panels, each has a width of up to 7.50 m and a height of approx.17.00 m. They all together form a huge white facade - as from one cast - divided only by fine vertical lines.\r\n After carefully planning and from many previous tests on the building, the fa\u00e7ade has now been installed in a record time of just under 40 days. At the opening in the late summer of this year it will be enchanting the client and the customers.\r\nIlluminating the facade of Temme \/\/ Obermeier at night in a dimmed white, the shopping center becomes the attraction for all the experience-shopping enthusiasts.\r\nProjectbrochure: link<\/link>","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Mall_of_Switzerland\/Mall_of_Switzland_-_fisheye_air.jpg","formattedCreationDate":"2017-05-17","formattedModificationDate":"2020-11-20","isTopReference":true,"link":"","localizedUid":48,"name":"Single layer ETFE foil facade & steel structure","niceString":"<\/i> Mall of Switzerland, Ebikon, Switzerland: Single layer ETFE foil facade & steel structure","pid":47,"platform":null,"processedImages":null,"seoDescription":"Mall of Switzerland, Ebikon, Switzerland - Single layer ETFE foil facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605877958,"uid":47,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493796987,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design: <\/b>Facade, pneumatic ETFE design (two-ply, printed)
Dimensions\/sqm:<\/b> 535
Architect:<\/b> Riedl, Vienna \/ DunnettCraven, London
Client:<\/b> Unibail-Rodamco Austria
Membrane Assembly:<\/b> October 2010\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe Donauzentrum in Vienna is Austria\u2019s second largest shopping center. The impressive air-cushion facade made of partially transparent and partially printed ETFE foil specially developed by Temme \/\/ Obermeier <\/i><\/b>embodies the architectural attraction of the center. LED lights were arranged in a polygon behind the air cushions and the outer foil was printed in white using screen printing. The air-cushion facade made of printed ETFE foil <\/b>gives the center its unique visual charm: During the day the light passes directly through the cushion and provides for a bright feel-good atmosphere. When night falls, the LED lights draw attention to the spectacular facade.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Donauzentrum__Wien\/01.jpg","formattedCreationDate":"2017-05-03","formattedModificationDate":"2020-11-19","isTopReference":true,"link":"","localizedUid":40,"name":"Air cushion facade made of printed ETFE foil","niceString":"<\/i> Donau Zentrum, Vienna, Austria: Air cushion facade made of printed ETFE foil","pid":47,"platform":null,"processedImages":null,"seoDescription":"Donau Zentrum, Vienna, Austria - ETFE air cushion facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605791397,"uid":20,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493794456,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> PTFE\/glass
Dimensions\/sqm:<\/b> 4.700
Architect:<\/b> LOVE architecture & urbanism ZT GmbH
Client:<\/b> SCA Immobilien GmbH
Membrane Assembly: <\/b>May 2014 - July 2015\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe form and the surface of the fa\u00e7ade of the new shopping centre in Salzburg, Alpenstrasse, commemorates a large \u201cgift\u201d, - something wrapped, exciting which is worth being discovered: \u2013 an attraction. Due to this unique extraordinary symbolism, the characteristics of the shopping centre are visible to the customer over a long distance and in a seductive manner. Diversity, excitement, entertainment, choice -, shortly: shopping and entertainment.\r\nTemme \/\/ Obermeier<\/b> met the challenge to realize flat, large PTFE\/glass fields with areas up to 275 m\u00b2. Complex 3D scans of the fa\u00e7ade were necessary to position the fixations of the steel substructure at the multiply inclined fa\u00e7ade surface to millimetric accuracy. With a distance of only 160 mm between membrane surface and insulation, a sophisticated steel substructure as well as membrane connections and wind suction elements were realised.\r\nWith polished stainless steel strips as ribbons, the snow-white fa\u00e7ade is shining as a clear and positive \u201clandmark\u201d in Alpenstrasse - one of the most important access roads to the city of Salzburg - a gateway to the city.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Shopping_Center_SCA\/Salzburg_SCA_-_PTFE-Glas_DAnSlzb6.jpg","formattedCreationDate":"2017-05-03","formattedModificationDate":"2021-06-22","isTopReference":false,"link":"","localizedUid":35,"name":"PTFE\/glass facade","niceString":"Shopping Center SCA, Salzburg, Austria: PTFE\/glass facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Shopping Center SCA, Salzburg, Austria - Large PTFE\/glass fields and stainless steel strips","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1624344405,"uid":18,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493795258,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design:<\/b> PTFE
Dimensions\/sqm:<\/b> 1.100
Architect:<\/b> Brewittarchitektur
Client:<\/b> Bau- und Grundst\u00fccksverwaltung
Membrane Assembly:<\/b> November 2015\r\n

<\/h3>\r\n

Project<\/h3>\r\nTemme \/\/ Obermeier strengthens its reputation as an expert flat tensioned membrane facades. The membrane fa\u00e7ade made of PTFE\/glass planned by brewittarchitektur will be engineered and realized by our team this year. The facade is mainly for design but also serves as a suitable weather protection for the building behind. With PTFE \/ glass contrary to PVC \/ PES the material with longer lifetime and higher quality was chosen.\r\n\r\n","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Golfhaus_Bielefeld\/Golfhaus_Bielefeld_PTFE-Fassade_4.jpg","formattedCreationDate":"2017-05-03","formattedModificationDate":"2020-11-19","isTopReference":false,"link":"","localizedUid":36,"name":"Membrane fa\u00e7ade made of PTFE\/glass","niceString":"Golf House, Bielefeld: Membrane fa\u00e7ade made of PTFE\/glass","pid":47,"platform":null,"processedImages":null,"seoDescription":"Golf House, Bielefeld - Membrane facade made of PTFE\/glass","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605789782,"uid":26,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493795494,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> PTFE\/glass mesh fabric
Dimensions\/sqm:<\/b> 3.900
Architect:<\/b> hks Hestermann Rommel Architekten + Gesamtplaner, Erfurt, Design and drafting:<\/b> archiscape - Architekten und Landschaftsarchitekten, Michael Mackenrodt, Berlin
Client:<\/b> Leibnitz-Institute on Aging
Membrane Assembly:<\/b> April - December 2013\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe new building of the Leibniz Institute for Age Research - the Fritz Lipmann Institute eV (FLI) in Beutenberg camp in Jena -  fits with its design in the existing location. The new building incorporates various laboratories for the study of age and disease mechanisms and provides optimal research conditions for 180 employees. The elongated five-story building got a homogeneous white cladding which reduces the direct view into the building, at the same time high transparency from inside to outside combined with maximum natural light for the interior.\r\nSpecifically for the requirements of the building Temme \/\/ Obermeier<\/b> developed a frame system to carry the translucent facade made \u200b\u200bof PTFE\/glass mesh fabric<\/b>. For the homogeneous appearance of the cladding of the joints between the elements were reduced to a minimum, at a maximum depth of 140 mm for the framework. A special re-tensionable and flexible system keeps the membrane tension on a constant level when weather conditions are changing. The slim frame system was designed as a modular system to meet the different element sizes of the curtain wall to enable a smooth an constant appearance.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Fritz-Lipmann-Institut__Jena\/FLI-Jena_PTFE-Fassade_4.jpg","formattedCreationDate":"2017-05-03","formattedModificationDate":"2020-11-19","isTopReference":true,"link":"","localizedUid":37,"name":"Translucent facade made \u200b\u200bof PTFE\/glass mesh fabric","niceString":"<\/i> Fritz-Lipmann-Institute, Jena: Translucent facade made \u200b\u200bof PTFE\/glass mesh fabric","pid":47,"platform":null,"processedImages":null,"seoDescription":"Fritz-Lipmann-Institute, Jena \u2013 Translucent facade made \u200b\u200bof PTFE\/glass mesh fabric","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605791658,"uid":27,"youtubeVideoId":""}],"uid":2,"value":"Membrane fa\u00e7ades"},{"convertedValue":0,"dataType":"1","hasProjects":20,"localizedUid":28,"metaData":"","projectsArray":[{"additionalDescription":"","crdate":1691574384,"description":"Technical \/ General information:<\/b>\r\nMembrane design: <\/b>ETFE Folienkissendach
Dimensions\/sqm: <\/b>1,100
Planner: <\/b>CF M\u00f8eller Architects
Client: <\/b>Fonden Svendborg Maritime Uddannelsescenter
Contractor: <\/b>MT Hojgaard Danmark A\/S
Membrane Completion: <\/b>February 2023\r\n\r\nProject Description<\/b>\r\nTemme \/\/ Obermeier installed the beautiful membrane roof at Svendborg Harbour, Denmark. During the winter months a temporary PVC roof was erected to ensure that the building was watertight so that adjacent works could be carried out. We replaced this roof with the transparent ETFE roof - the light-flooded atrium creates a welcoming atmosphere. The ETFE foil roof consists of 16 square "cushions" in keeping with Scandinavian architectural style: clean, elegant and modern.\r\nWe are looking forward to the opening of the International Maritime Academy (SIMAC) in Svendborg and cannot wait for visitors to get to enjoy the building.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Daenemark_SIMAC\/Svendborg_2_Da__nemark_ETFE_TemmeObermeier-2.jpg","formattedCreationDate":"2023-08-09","formattedModificationDate":"2023-08-11","isTopReference":false,"link":"","localizedUid":256,"name":"ETFE foil cushion roof","niceString":"SIMAC, Svendborg D\u00e4nemark: ETFE foil cushion roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"SIMAC, Svendborg Denmark \u2013 ETFE foil cushion roof","seoTitle":"ETFE foil cushion roof - SIMAC, Svendborg Denmark","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1691745851,"uid":255,"youtubeVideoId":""},{"additionalDescription":"","crdate":1691566907,"description":"Technical \/ General information:<\/b>\r\nStructure:<\/b> PVC \/ PES fa\u00e7ade
Dimensions\/sqm:<\/b> 10,150
Architect:<\/b> Blaser Architekten AG, CH-Basel
Owner:<\/b> Swiss Prime Site Immobilien AG, CH-Z\u00fcrich
Client:<\/b> Halter AG, CH-Z\u00fcrich
Completion:<\/b> Mai 2023 (2nd construction phase)\r\n\r\nProject Description<\/b>\r\nTemme \/\/ Obermeier has completed the second and final phase of construction of the PVC\/PES textile fa\u00e7ade at St\u00fccki Park in Basel. The PVC\/PES mesh fabric was selected from a wide range of fabric samples as its silver metallic appearance fits the architecture of the buildings perfectly.\r\nThese facades offer another example of the versatility of membrane architecture. In addition, to this bespoke modular cladding system being incredibly lightweight, it requires a shorter installation time. \r\nThe PVC\/PES mesh cladding protects the primary facade systems of two 9-storey laboratory buildings. We completed the installation in May 2023 to the complete satisfaction of our client and both of these buildings are now ready for clients to move into. ","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_01.jpg","formattedCreationDate":"2023-08-09","formattedModificationDate":"2024-06-13","isTopReference":true,"link":"","localizedUid":246,"name":"PVC\/PES fa\u00e7ade","niceString":"<\/i> St\u00fccki Park, 2nd building sektion, Basel, Switzerland: PVC\/PES fa\u00e7ade","pid":47,"platform":null,"seoDescription":"St\u00fccki Park, Basel, Switzerland \u2013 PVC\/PES fa\u00e7ade","seoTitle":"PVC\/PES fa\u00e7ade - St\u00fccki Park, Basel, Switzerland","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1718277799,"uid":245,"youtubeVideoId":""},{"additionalDescription":"","crdate":1625127937,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> ETFE foil cushion roof on wooden support structure
Dimensions\/sqm: <\/b>2,300 
Architect:<\/b> Dipl.-Arch. Mihai Lucian Berceanu
Client:<\/b> PAB Romania, Arad, RO
Main Contractor:<\/b> NEPI 5 Property Development Srl., Bukarest, RO
Membrane Completion:<\/b> October 2015\r\n

<\/h3>\r\n

Project<\/h3>\r\nTemme \/\/ Obermeier was contracted to design and install this elegant three-layer ETFE atrium roof at Timisoara Shopping Mall in Romania. The twenty-one ETFE foil cushions cover 2,300 sqm and look great against the wooden supporting structure. By applying a delicate silver pattern to two layers of film and our T \/\/ O SunShade\u00ae <\/sup>coating to the top layer of foil, we were able to mitigate against strong incidence of sunlight.\r\nWe invite you to take a look for yourself and enjoy the ultimate shopping experience under this elegant atrium roof!","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Timisoara\/ETFE_Roof_ShoppingCity_Timisoara.jpg","formattedCreationDate":"2021-07-01","formattedModificationDate":"2023-08-08","isTopReference":false,"link":"","localizedUid":218,"name":"ETFE foil cushions with timber supporting structure","niceString":"Timisoara Shopping Mall, Romania: ETFE foil cushions with timber supporting structure","pid":47,"platform":null,"processedImages":null,"seoDescription":"Timisoara shopping mall, Romania \u2013 ETFE foil cushions with timber supporting structure","seoTitle":"Timisoara shopping mall, Romania \u2013 ETFE foil cushions with timber supporting structure","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1691491418,"uid":217,"youtubeVideoId":""},{"additionalDescription":"","crdate":1604399871,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> PVC\/PES fa\u00e7ade
Size\/sqm 1st<\/sup> and 2nd <\/sup>building section: <\/b>10,150 <\/sup>
Architect:<\/b> Blaser Architekten AG, CH-Basel
Owner:<\/b> Swiss Prime Site Immobilien AG, CH-Z\u00fcrich
Client:<\/b> Halter AG, CH-Z\u00fcrich
Membrane completion<\/b> 1st<\/sup> building section:<\/b> April 2020\r\n

<\/h3>\r\n

Project<\/h3>\r\nBack in 2018 Temme \/\/ Obermeier were awarded the contract to design and install the bespoke fa\u00e7ade cladding system for St\u00fccki Park, Basel's new hub for Innovation and Technology. St\u00fccki Park is conveniently located in the north of Basel and consists of four new office and laboratory buildings. The bespoke modular fa\u00e7ade cladding system opted for a stunning silver metallic PVC \/ PES mesh fabric that appears fresh and timeless - and it fits perfectly into the urban environment surrounding St\u00fccki Park.
This is another example of the versatility of membrane architecture. The lightweight, customized modular cladding system also allows for shorter installation times. 
The project was split into two construction phases. The first construction phase saw us complete the successful practical handover of two office and laboratory nine storey buildings in April 2020 to the full satisfaction of our client; the second construction phase is being planned and will be completed by 2023. The first phase is now open for business and provides a great amenity for occupants and visitors to St\u00fccki Park.\r\n\r\n","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Basel__Stuecki_Park_-_Bauabschnitt_1\/2020_600W_Basel_TO.jpg","formattedCreationDate":"2020-11-03","formattedModificationDate":"2021-01-26","isTopReference":false,"link":"","localizedUid":212,"name":"PVC\/PES mesh facade","niceString":"St\u00fccki Park, 1st building section, Basel, Switzerland: PVC\/PES mesh facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"St\u00fccki Park, 1st building section, Basel, Switzerland - PVC\/PES mesh facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1611665696,"uid":211,"youtubeVideoId":""},{"additionalDescription":"","crdate":1594372060,"description":"Technical \/ General information:<\/b>\r\nArchitect:<\/b> BGF+ Architekten, Wiesbaden
Main Contractor:<\/b> OVG Real Estate
Membrane:<\/b> ETFE Foil Cushions 
Size\/sqm:<\/b> 1,100
Steel Contractor:<\/b> Franz Prebeck GmbH & Co.KG
Completion<\/b>:<\/b> Winter 2019\r\n

<\/h3>\r\nProject<\/b><\/b>\r\nWe worked closely with BGF+ Architekten on the Main Park refurbishment project in Offenbach Kaiserlei to create a beautiful central ETFE atrium. By adding a new fa\u00e7ade to the existing structure, the overall footprint of the building was increased by 1,100sqm; an impressive addition in a city where space is at a premium. Our brief included detailing the ETFE cushion roof and engineering the structural supporting steelwork required to "carry" ETFE cushions spanning over 35 m. We drew on our extensive engineering expertise to calculate the horizontal and lateral loads exerted on the existing structure. The load bearing beams and arch tie supports removed the need for additional supporting columns.\r\nOur installation team consisting of six men were on site for exactly six weeks from start to finish leaving the building watertight for the adjacent trades to take over. \r\nSustainability was always at the heart of this refurbishment project and the lightweight ETFE roof offers a number of economic and environmental benefits compared to a traditional glazed alternative. For example, by choosing an ETFE roof, we required substantially less supporting structural steelwork. Another clever innovation was the integration of our bespoke solar shading syste. The T \/\/ O Flex Shade variable shading system enables the client to manage solar control - ensuring ambient comfort "on demand" all year round. The high specification four layers of ETFE foil helped us achieve a U-value of 1.5 W \/ (sqm). Another benefit is that the artificial lighting requirements can be significantly reduced.\r\nThe building is home to about 1,700 staff members of office. The impressive light-filled central atrium houses a welcoming reception and break-out areas.\r\n\r\n","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Offenbach_Main_Park\/201116__c_Temme-Obermeier-Main-Park-Offenbach-Kaiserlei-bearbeitet.jpg","formattedCreationDate":"2020-07-10","formattedModificationDate":"2021-01-26","isTopReference":false,"link":"","localizedUid":206,"name":"ETFE foil cushions","niceString":"Helaba, Offenbach: ETFE foil cushions","pid":47,"platform":null,"processedImages":null,"seoDescription":"Helaba, Offenbach - ETFE foil cushions","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1611665423,"uid":205,"youtubeVideoId":""},{"additionalDescription":"","crdate":1594368640,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> ETFE foil cushion roof and wood-steel hybrid supporting structure
Dimensions\/sqm: <\/b>1,530
Architect:<\/b> Tschoban Voss Architekten
Client:<\/b> EDGE Technologies GmbH
Membrane Completion:<\/b> ARGE SXB, S\u00fcdkreuz Berlin Zech Bau SE, Cree Deutschland GmbH, Rhomberg Systemholzbau GmbH
Completion:<\/b> June 2021\r\n

<\/h3>\r\n

Project<\/h3>\r\nSXB located at S\u00fcdkreuz in Berlin is now home to a breathtaking 4-layer ETFE membrane roof.\r\nAt Temme \/\/ Obermeier, we are immensely proud of our installation team and our ARGE partnership with Biedenkapp Stahlbau because we installed the wood-steel hybrid supporting structure and twelve elegantly shaped ETFE "cushions" in only three months.\r\nThis bright atrium will enable natural daylight to flood into the building and the integration of our bespoke T\/\/O FlexShade\u00ae<\/sup> variable shading technology can regulate the amount of sunlight entering the amount of sunlight entering the building on demand to ensure optimal occupant comfort. The atrium offers employees and visitors plenty of informal spaces for impromptu coffees or meetings. \r\nWe are delighted to have completed another successful transparent ETFE membrane project in our nation\u00b4s capital. This project, similar to our project Lister Dreieck in Hannover<\/link>, has been awarded DGNB PLATIN in 2022. It has also won other architectural prizes.  
<\/sup>","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/SXB_Suedkreuz_Berlin\/Berlin_SXB_ETFE_Roof_by_Temme_Obermeier.JPEG","formattedCreationDate":"2020-07-10","formattedModificationDate":"2023-08-08","isTopReference":false,"link":"","localizedUid":204,"name":"ETFE foil cushion roof and wood-steel hybrid supporting structure","niceString":"SXB, Berlin: ETFE foil cushion roof and wood-steel hybrid supporting structure","pid":47,"platform":null,"processedImages":null,"seoDescription":"SXB S\u00fcdkreuz, Berlin - ETFE foil cushions","seoTitle":"SXB S\u00fcdkreuz, Berlin \u2013 ETFE foil cushions","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1691491128,"uid":203,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493798169,"description":"

Technical \/ General information: <\/h3>\r\n Membrane design: <\/b>ETFE roof, pneumatic, three-ply
Dimensions\/sqm:<\/b> 5.000
Architect:<\/b> kadawittfeldarchitektur
Client:<\/b> adidas AG
Membrane Assembly:<\/b> June 2010\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe adidas AG is one of the best known sporting goods manufacturers in the world. In the city of Herzogenaurach - the location of the company\u2019s headquarter - the largest of the corporate buildings was built: adidas "Laces". Architecturally it refers not only to the sporting background of the company but also to the connecting bridges of the atrium which are looking like the laces of shoes. This interior is the communicative heart of the building. Temme \/\/ Obermeier realized the atrium roof: Five pillows fields with a total of 82 cushion elements have been constructed and combined together to complete pneumatic ETFE cushion roof. Technical highlight: Each cushion has its individual geometry that is defined by the supporting steel arches and the edge trusses.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Adidas\/adidas-laces-ETFE_2.jpg","formattedCreationDate":"2017-05-03","formattedModificationDate":"2020-11-17","isTopReference":false,"link":"","localizedUid":43,"name":"Pneumatic roof made from ETFE foil","niceString":"adidas Laces, Herzogenaurach: Pneumatic roof made from ETFE foil","pid":47,"platform":null,"processedImages":null,"seoDescription":"adidas Laces, Herzogenaurach \u2013 Pneumatic roof made from ETFE foil","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605606049,"uid":11,"youtubeVideoId":""},{"additionalDescription":"","crdate":1542208873,"description":"Technical \/ General information:<\/b>\r\n Membrane design:<\/b> ETFE foil-cushion
Dimensions\/sqm:<\/b> 1.300
Architect:<\/b> RKW Architektur, D\u00fcsseldorf
Client:<\/b> KK7 GmbH % Co. KG, Essen
Membrane Completion:<\/b> August 2018\r\n

<\/h3>\r\nProject<\/b>\r\nThe new Deutsche Bahn office building "Lister Dreieck" in Hannover\u2019s central train station district certainly lives up to its name. Built on a triangular site, this building with its traditional clay brick fa\u00e7ade is anything but traditional.\r\nThe triangular theme continues in the breathtaking triangular shaped atrium. This courtyard roofing is a natural communication hub spot that can equally be used as an event space to be enjoyed by the individual offices. Walkway bridges suspended from the supporting steelwork structure connect the different sides of the building.\r\nFour triangular ETFE cushions are arranged to form a large triangular atrium that spans the courtyard. The translucent ETFE foil cushions with three layers of foil were installed by Temme \/\/ Obermeier. The upper layer of foil is printed with a subtle silver print to reduce solar gain. See and click on our film clip here<\/link> to view the translucent ETFE foil cushion roof.\r\nTemme \/\/ Obermeier is proud to have delivered this light-filled atrium roof with very exacting structural requirements on behalf of the Deutsche Bahn!\r\n

<\/span><\/span><\/p>","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Lister_Dreieck__Hannover\/DSC_4702.JPG","formattedCreationDate":"2018-11-14","formattedModificationDate":"2022-05-05","isTopReference":false,"link":"","localizedUid":188,"name":"ETFE foil cushion roof","niceString":"Lister Triangle, Hannover: ETFE foil cushion roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"Lister Triangle, Hannover \u2013 ETFE foil cushion roof","seoTitle":"ETFE-foil cushion-roof - Lister Triangle, Hannover","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1651743737,"uid":187,"youtubeVideoId":""},{"additionalDescription":"","crdate":1525864298,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> ETFE foil-cushion
Dimensions\/sqm:<\/b> 930
Architect:<\/b> Bolles + Willson
Client:<\/b> ARGE BP Lingen Leuchtturmprojekt
Membrane Completion:<\/b> July \/ August 2018\r\n

<\/h3>\r\n

Project<\/h3>\r\n<\/span>\r\nBP Lingen's new administration and service centre has been given a pyramid - designed as an ETFE foil-cushion construction. Due to its dimensions alone; it has a height of approx. 17 m and an impressive base area of approx. 24 m x 17 m, it is an impressive large membrane masterpiece! In mid-July 2018, the 33-ton steel framework of the pyramid was lifted onto the BP administration building and immediately equipped with four ETFE side surfaces, which in turn consist of 60 triangular ETFE foil cushions. \r\nWith this pyramid (called \u201clighthouse\u201d), the building complex received a unique, transparent and light-flooded atrium roof. The atrium below now has a special spatial experience due to the incident daylight, which not only makes the heart of an architect beat faster. \r\nIn future, the membrane dome will be illuminated in colour. The "luminous function" together with the pyramid shape will give the BP building complex special attention in the dark from a distance.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/BP_Lingen\/1543935754216.jpg","formattedCreationDate":"2018-05-09","formattedModificationDate":"2023-11-16","isTopReference":false,"link":"","localizedUid":166,"name":"ETFE foil cushions as a pyramid","niceString":"BP, Lingen: ETFE foil cushions as a pyramid","pid":47,"platform":null,"processedImages":null,"seoDescription":"BP, Lingen \u2013 ETFE foil cushions as a pyramid","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1700141758,"uid":165,"youtubeVideoId":""},{"additionalDescription":"","crdate":1502176988,"description":"

Technical \/ general information:<\/h3>\r\nStructure:<\/b> ETFE- foil cushion-roof 
Size \/sqm:<\/b> 1.100
Architects:<\/b> Team V, Rotterdam, NL
Client:<\/b> Fa. Visser & Smit Bouw, Volker Wessels Group
Assembly<\/b>: from August to November 2016\r\n

Project:<\/h3>\r\nWhat do you do if an existing building can\u2019t actually carry the loads of a transparent roof over a courtyard? Best of all: order the team of Temme \/\/ Obermeier!

A separately planned and built-in steel frame with a weight of more than 45 t (therefore more than 50% of the whole steel structure) in the floor below the roof level allowed the installation of a 2-layer cable support. Still level lower, inclined flying columns were fixed in this cable net. The actual support structure for receiving the ETFE foil cushions was placed thereon. All this was successfully planned and realized by the Temme \/\/ Obermeier team together with IF Group.

In addition a circulating gutter decoupled from the roof level was installed. Now only small horizontal forces would affect the existing building of the provincial government of Gelderland.

The building was completed by a sun protection. To ensure this, an IR-reducing ETFE foil was installed by Temme \/\/ Obermeier. This film appears gray-bluish, hardly changing the color perception but giving a slight darkening.

Projectbrochure: link<\/link>

This project won the Dutch Steel award 2018 in the category E "characteristic steel construction". link<\/link><\/span>","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Het_Gelder_Huis\/het_gelder_huis_2.jpg","formattedCreationDate":"2017-08-08","formattedModificationDate":"2021-03-16","isTopReference":false,"link":"","localizedUid":132,"name":"ETFE foil cushion roof","niceString":"Het Gelders Huis, Arnhem, Netherlands: ETFE foil cushion roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"Het Gelders Huis, Arnhem, Netherlands - ETFE foil cushion roof with IR filter","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1615890603,"uid":131,"youtubeVideoId":""},{"additionalDescription":"","crdate":1500879297,"description":"

Technical\/General information<\/h3>\r\nMembrane design:<\/b> ETFE-roofing (atrium), pneumatic, 2layer
Dimensions\/sqm:<\/b> 480
Architect:<\/b> Carpus & Partner AG
Client:<\/b> DWI at RWTH Aachen e.V.
Membrane Assembly:<\/b> October 2011\r\n

Project<\/h3>\r\nPatios of any kind of public and commercial buildings are very often popular meeting and gathering places. In order to benefit from these places as long as possible throughout the year, considering Mid-European climatic conditions, it demands a protection against wind and weather. Therefore, the \u201cDeutsche Wollforschungsinstitut\u201d (German wool research institute) at the \u201cRheinisch-Westf\u00e4lische Technische Hochschule Aachen\u201d (Rheinish-Westfalian Technical University of Aachen) initiated an architectural project to achieve such a roofing for their new patio.\r\nDuring the past years, the institute has expanded from a mid size research facility to an acknowledged institute with great prospects for continuing growth. Therefore, the institute demanded further space for research, administration and departments. According to the design of Carpus+Partner Architects a new created L form structure together with the also L form shaped existing building surrounds a square patio. The architects designed a highly translucent lightweight foil roof. Temme Obermeier <\/i><\/b>assisted the development and provided the implementation of this ETFE cushion roof<\/b> including the supporting steel structure spreads. The structure is made of lenticular, fragile looking steel beams connected to each other. Trapezoid shaped foil cushions fill in the spaces between them and thus form an effective protection against rain by simultaneously providing a clear view to the sky above.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/DWI__Aachen\/DWI_Achen_ETFE_2.jpg","formattedCreationDate":"2017-07-24","formattedModificationDate":"2021-07-02","isTopReference":false,"link":"","localizedUid":110,"name":"Pneumatic ETFE foil canopy","niceString":"DWI, Aachen: Pneumatic ETFE foil canopy","pid":47,"platform":null,"processedImages":null,"seoDescription":"DWI, Aachen \u2013 Pneumatic ETFE foil canopy","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1625210512,"uid":28,"youtubeVideoId":""}],"uid":9,"value":"Office and administrative buildings"}],"hasProjects":1,"isTopCustomer":false,"localizedUid":183,"logoArray":[],"logoUrl":[],"name":"St\u00fccki Park, 2nd building sektion, Basel, Switzerland","niceString":"St\u00fccki Park, 2nd building sektion, Basel, Switzerland","projectsArray":[{"additionalDescription":"","crdate":1691566907,"description":"Technical \/ General information:<\/b>\r\nStructure:<\/b> PVC \/ PES fa\u00e7ade
Dimensions\/sqm:<\/b> 10,150
Architect:<\/b> Blaser Architekten AG, CH-Basel
Owner:<\/b> Swiss Prime Site Immobilien AG, CH-Z\u00fcrich
Client:<\/b> Halter AG, CH-Z\u00fcrich
Completion:<\/b> Mai 2023 (2nd construction phase)\r\n\r\nProject Description<\/b>\r\nTemme \/\/ Obermeier has completed the second and final phase of construction of the PVC\/PES textile fa\u00e7ade at St\u00fccki Park in Basel. The PVC\/PES mesh fabric was selected from a wide range of fabric samples as its silver metallic appearance fits the architecture of the buildings perfectly.\r\nThese facades offer another example of the versatility of membrane architecture. In addition, to this bespoke modular cladding system being incredibly lightweight, it requires a shorter installation time. \r\nThe PVC\/PES mesh cladding protects the primary facade systems of two 9-storey laboratory buildings. We completed the installation in May 2023 to the complete satisfaction of our client and both of these buildings are now ready for clients to move into. ","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_01.jpg","formattedCreationDate":"2023-08-09","formattedModificationDate":"2024-06-13","isTopReference":true,"link":"","localizedUid":246,"name":"PVC\/PES fa\u00e7ade","niceString":"<\/i> St\u00fccki Park, 2nd building sektion, Basel, Switzerland: PVC\/PES fa\u00e7ade","pid":47,"platform":null,"platformArray":[null],"seoDescription":"St\u00fccki Park, Basel, Switzerland \u2013 PVC\/PES fa\u00e7ade","seoTitle":"PVC\/PES fa\u00e7ade - St\u00fccki Park, Basel, Switzerland","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1718277799,"uid":245,"youtubeVideoId":""}],"sysLanguageUid":1,"uid":182}],"description":"Technical \/ General information:<\/b>\r\nStructure:<\/b> PVC \/ PES fa\u00e7ade
Dimensions\/sqm:<\/b> 10,150
Architect:<\/b> Blaser Architekten AG, CH-Basel
Owner:<\/b> Swiss Prime Site Immobilien AG, CH-Z\u00fcrich
Client:<\/b> Halter AG, CH-Z\u00fcrich
Completion:<\/b> Mai 2023 (2nd construction phase)\r\n\r\nProject Description<\/b>\r\nTemme \/\/ Obermeier has completed the second and final phase of construction of the PVC\/PES textile fa\u00e7ade at St\u00fccki Park in Basel. The PVC\/PES mesh fabric was selected from a wide range of fabric samples as its silver metallic appearance fits the architecture of the buildings perfectly.\r\nThese facades offer another example of the versatility of membrane architecture. In addition, to this bespoke modular cladding system being incredibly lightweight, it requires a shorter installation time. \r\nThe PVC\/PES mesh cladding protects the primary facade systems of two 9-storey laboratory buildings. We completed the installation in May 2023 to the complete satisfaction of our client and both of these buildings are now ready for clients to move into. ","filterValuesArray":[{"convertedValue":0,"dataType":"1","hasProjects":28,"localizedUid":23,"metaData":"","projectsArray":[{"additionalDescription":"","crdate":1499416686,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design: <\/b>fixed and retractable roofing of PVC-PES membrane
Dimensions \/ sqm:<\/b> 810
Architect:<\/b> Kugel & Rein Architekten
Client:<\/b> Municipalityx of Lavis, Italy
Membrane Assembly<\/b>: October 2012\r\n

Project<\/b><\/h3>\r\nEvents on the open air stage in Lavis, a village in the Italian Trentino, have a long tradition forming part of the cultural identity of the community. The dependence of the stage on wind and weather traditionally led to postponement or cancellation of plays and concerts. In order to guarantee secure events not only for the community members but also for the numerous summer visitors, the community decided to cover the stage with a light and translucent as well as partially convertible roof. Considering these requirements, the architects Kugel and the engineering office Rein, Stuttgart developed a combination of a stationary and convertible roof with a total area of ca. 800 m\u00b2. The stationary roof covers and protects the stage area. The convertible roof which can be opened by means of a supporting structure with traction cables, protects the spectators against wind and rain. The lightness of the PVC\/PES membrane elements, whose details were developed together with Temme \/\/ Obermeier, allows for an open air feeling whether the roof is closed or open. Both roof areas are connected by a central main steel beam with polycarbonate elements which protect the open roof during winter months. With the help of manual winches and about 3 \u2013 4 people, this 500 m\u00b2 large membrane field can be brought into parking position or tensioned over the seats within a few minutes.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Lavis_Amphitheater\/Lavis-Amphitheater_PVC-PES_Membrandach_02.jpg","formattedCreationDate":"2017-07-07","formattedModificationDate":"2020-11-18","isTopReference":false,"link":"","localizedUid":95,"name":"Fixed and retractable roofing of PVC\/PES membrane","niceString":"Open air theater Lavis, Italy: Fixed and retractable roofing of PVC\/PES membrane","pid":47,"platform":null,"processedImages":null,"seoDescription":"Open air theater Lavis, Italy - Fixed and retractable roofing of PVC\/PES membrane","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605705367,"uid":94,"youtubeVideoId":""},{"additionalDescription":"","crdate":1691566907,"description":"Technical \/ General information:<\/b>\r\nStructure:<\/b> PVC \/ PES fa\u00e7ade
Dimensions\/sqm:<\/b> 10,150
Architect:<\/b> Blaser Architekten AG, CH-Basel
Owner:<\/b> Swiss Prime Site Immobilien AG, CH-Z\u00fcrich
Client:<\/b> Halter AG, CH-Z\u00fcrich
Completion:<\/b> Mai 2023 (2nd construction phase)\r\n\r\nProject Description<\/b>\r\nTemme \/\/ Obermeier has completed the second and final phase of construction of the PVC\/PES textile fa\u00e7ade at St\u00fccki Park in Basel. The PVC\/PES mesh fabric was selected from a wide range of fabric samples as its silver metallic appearance fits the architecture of the buildings perfectly.\r\nThese facades offer another example of the versatility of membrane architecture. In addition, to this bespoke modular cladding system being incredibly lightweight, it requires a shorter installation time. \r\nThe PVC\/PES mesh cladding protects the primary facade systems of two 9-storey laboratory buildings. We completed the installation in May 2023 to the complete satisfaction of our client and both of these buildings are now ready for clients to move into. ","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_01.jpg","formattedCreationDate":"2023-08-09","formattedModificationDate":"2024-06-13","isTopReference":true,"link":"","localizedUid":246,"name":"PVC\/PES fa\u00e7ade","niceString":"<\/i> St\u00fccki Park, 2nd building sektion, Basel, Switzerland: PVC\/PES fa\u00e7ade","pid":47,"platform":null,"seoDescription":"St\u00fccki Park, Basel, Switzerland \u2013 PVC\/PES fa\u00e7ade","seoTitle":"PVC\/PES fa\u00e7ade - St\u00fccki Park, Basel, Switzerland","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1718277799,"uid":245,"youtubeVideoId":""},{"additionalDescription":"","crdate":1604399871,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> PVC\/PES fa\u00e7ade
Size\/sqm 1st<\/sup> and 2nd <\/sup>building section: <\/b>10,150 <\/sup>
Architect:<\/b> Blaser Architekten AG, CH-Basel
Owner:<\/b> Swiss Prime Site Immobilien AG, CH-Z\u00fcrich
Client:<\/b> Halter AG, CH-Z\u00fcrich
Membrane completion<\/b> 1st<\/sup> building section:<\/b> April 2020\r\n

<\/h3>\r\n

Project<\/h3>\r\nBack in 2018 Temme \/\/ Obermeier were awarded the contract to design and install the bespoke fa\u00e7ade cladding system for St\u00fccki Park, Basel's new hub for Innovation and Technology. St\u00fccki Park is conveniently located in the north of Basel and consists of four new office and laboratory buildings. The bespoke modular fa\u00e7ade cladding system opted for a stunning silver metallic PVC \/ PES mesh fabric that appears fresh and timeless - and it fits perfectly into the urban environment surrounding St\u00fccki Park.
This is another example of the versatility of membrane architecture. The lightweight, customized modular cladding system also allows for shorter installation times. 
The project was split into two construction phases. The first construction phase saw us complete the successful practical handover of two office and laboratory nine storey buildings in April 2020 to the full satisfaction of our client; the second construction phase is being planned and will be completed by 2023. The first phase is now open for business and provides a great amenity for occupants and visitors to St\u00fccki Park.\r\n\r\n","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Basel__Stuecki_Park_-_Bauabschnitt_1\/2020_600W_Basel_TO.jpg","formattedCreationDate":"2020-11-03","formattedModificationDate":"2021-01-26","isTopReference":false,"link":"","localizedUid":212,"name":"PVC\/PES mesh facade","niceString":"St\u00fccki Park, 1st building section, Basel, Switzerland: PVC\/PES mesh facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"St\u00fccki Park, 1st building section, Basel, Switzerland - PVC\/PES mesh facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1611665696,"uid":211,"youtubeVideoId":""},{"additionalDescription":"","crdate":1592547525,"description":"Technical \/ General information:<\/b>\r\nArchitect:<\/b> slapa oberholz pszczulny | architekten
Main Contractor:<\/b> K\u00f6ster GmbH
Upper Membrane: <\/b>PTFE Glass Fabric
Lower Membrane:<\/b> PVC-PES Mesh
Size\/sqm:<\/b> 5.500
Completion: <\/b>April 2020\r\n

<\/h3>\r\nProject<\/b>\r\nWork is continuing on one of the most ambitious construction projects in the history of Fair D\u00fcsseldorf within the framework of the 2030 master plan to ensure future growth. The days are getting longer, the weather is getting warmer and the construction work for the New South Exhibition Center continues despite the current situation. At the moment the last steps for the roof covering, which is already waiting for the installation of their light strips, are being done. At the same time, the finishing touches are being made to the hall and foyer, and the forecourt is still being given a real boost. Unfortunately, we still have to wait a bit until the fountain, flag sea and light banks have been installed, but we have a few new impressions of our construction site for you. The building works on the modern triangular shaped south entrance structure are on track to be finished on side by the end of April, 2020, no easy feat in the current situation.\r\nTrade fair and congress visitors will be welcomed by an impressive translucent triangular shaped canopy against the backdrop of the D\u00fcsseldorf skyline. The 1,000-tonne steel roof forms a pointed triangle comprised of 90 rhomboidal diamond shaped elements designed to depict a honeycomb structure. The translucent canopy consists of a top layer of PTFE glass fabric and the bottom layer of PVC\/PES mesh and will be illuminated by LED lights. The rhomboidal module frame system measuring approximately 44.5m diagonally and weighing approximately 80 tonnes were lifted onto the concrete columns.\r\nThe canopy will combine aesthetics and functionality, providing shade against rain and sun while the "soft" membranes guarantee optimal acoustics. These rhomboidal diamond shaped elements require precise detailing.\r\n\r\n","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Messe_Duesseldorf\/201203-MDS-002_1.jpg","formattedCreationDate":"2020-06-19","formattedModificationDate":"2021-06-22","isTopReference":false,"link":"","localizedUid":199,"name":"PTFE\/PVC-PES roof","niceString":"Trade fair D\u00fcsseldorf: PTFE\/PVC-PES roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"Trade fair D\u00fcsseldorf - PTFE glass and PVC\/PES mesh","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1624350958,"uid":198,"youtubeVideoId":""},{"additionalDescription":"","crdate":1525865996,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> PVC-PES
Dimensions\/sqm:<\/b> 1,010
Architect:<\/b> ASP Architects, Stuttgart
Client:<\/b> City of St. Goarshausen
Membrane Completion:<\/b> June 2017\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe old open-air stage was victim to the unkind ravages of time! It was a fantastic opportunity for Temme \/\/ Obermeier to step in with a hard wearing PVC-PES membrane stage roof and, above all, to use the new load bearing stage techniques. This type of open-air stage construction demands stringent functionality including lighting technology and recordability of the screens; leading to the design and execution of a bespoke rigging technology concept. The overall size of the membrane roof was extended so that the stage area, the orchestra pit and the rear stage handling area was covered. A world class stage that gives visitors of the open-air concerts real added value! Have a look!\r\nYou can find a video produced by the SWR at our movies<\/link>.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Loreley\/Bild_4.JPG","formattedCreationDate":"2018-05-09","formattedModificationDate":"2020-11-20","isTopReference":false,"link":"https:\/\/youtu.be\/0dlXMhQXTwg","localizedUid":177,"name":"PVC\/PES-roof","niceString":"Open air stage Loreley, St. Goarshausen: PVC\/PES-roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"Open air stage Loreley, St. Goarshausen \u2013 PVC\/PES roof","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605873361,"uid":176,"youtubeVideoId":"https:\/\/youtu.be\/0dlXMhQXTwg"},{"additionalDescription":"","crdate":1501506272,"description":"

Technical \/ General information:<\/h3>\r\nDimensions \/ sqm:<\/b> 2009
Architect:<\/b> Parzinger GmbH
Client:<\/b> Voest Alpine AG
Membrane Assembly:<\/b> 2009\r\n

Project<\/h3>\r\nA large company which has to make big announcements - Temme \/\/ Obermeier realized here the \u201escreen\u201d for a big presentation of the Voest Alpine in Linz. A lot of elements of single layer PVC foil are the basis for the light media projections in the former steel plant.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Linz_Voestalpine\/Linz_Voestalpine_PVC-Membrankonstruktion_02.jpg","formattedCreationDate":"2017-07-31","formattedModificationDate":"2020-11-19","isTopReference":false,"link":"","localizedUid":121,"name":"Media facade","niceString":"Voest Alpine, Linz, Austria: Media facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Voest Alpine, Linz, Austria - PVC-foil media facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605777435,"uid":120,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493734207,"description":"

Technical\/General information<\/h3>\r\nMembrane design:<\/b> Arch-supported roof, PVC\/PES
Dimensions\/sqm:<\/b> 3.000
Architect:<\/b> Ingenieurb\u00fcro Warisch\/Off
Client:<\/b> City of K\u00f6nigsbrunn
Membrane Assembly:<\/b> March 2010\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe impressive PVC-coated polyester membrane roof <\/b>construction of the central bus station in K\u00f6nigsbrunn immediately catches the traveler\u2019s eye. Temme \/\/ Obermeier <\/i><\/b>created the roof, which is composed of two wings, one central roof and a smaller arch-supported roof for parked bicycles. Here, PVC-coated polyester membranes <\/b>were stretched tight over the steel arches to form the top layer; a net fabric was tautened beneath as a bottom layer. This enables the ventilation of the roof<\/b>, reduces the view onto the steel construction and prevents birds from nesting. Lights were arranged inside the wings to provide an extraordinary light experience to the waiting passengers.","firstImageUrl":"fileadmin\/redaktion\/projekte\/busbahnhof_koenigsbrunn\/01-e5a421bf.jpg","formattedCreationDate":"2017-05-02","formattedModificationDate":"2020-11-20","isTopReference":false,"link":"","localizedUid":30,"name":"PVC-coated polyester membrane roof","niceString":"Bus station K\u00f6nigsbrunn: PVC-coated polyester membrane roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"Bus station K\u00f6nigsbrunn \u2013 PVC-coated polyester membrane roof","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605878326,"uid":2,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499348444,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design: <\/b>PVC \/ PES
Dimensions \/ sqm:<\/b> 200 sqm per roof x 13
Architect:<\/b> Pahl + Weber-Pahl
Client:<\/b> Land Hessen
Membrane Assembly<\/b>: 2014-2015\r\n

Project<\/b><\/h3>\r\nIn the state of Hessen, the new construction of a larger number of rest and toilet areas is pending. The aim of the contracted architects Pahl+Weber was to produce pre-fabricated state-of-the-art facilities, which should be as far as possible protected against vandalism and architecturally appealing. These well-done facilities now represent a \u201csignboard\u201d of the state of Hessen.\r\nThe first 13 facilities have been realised and launched between 2014 and 2016.\r\nThe outer appearance is characterised by an illuminated PES\/PVC membrane put on the top of the building by <\/b>Temme \/\/ Obermeier. Due to the characteristic roof, the rest area is easy to find, one feels safe and the all-over area is illuminated during night time. The sculptural, funnel-shaped steel structure consists of 16 laser cut flat steel cantilever arms, which at the top and at the bottom, are connected to elliptically bent round pipes. The outer and inner membranes have been fabricated in one piece, each roof has been installed in a few days.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/PWC_Hessen\/PWC.jpg","formattedCreationDate":"2017-07-06","formattedModificationDate":"2020-11-20","isTopReference":false,"link":"","localizedUid":89,"name":"Illuminated PES\/PVC membrane","niceString":"PWC Hessen: Illuminated PES\/PVC membrane","pid":47,"platform":null,"processedImages":null,"seoDescription":"PWC Hessen - Illuminated PVC\/PES membrane","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605877416,"uid":88,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499242001,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design: <\/b>PVC-PES facade, mirrors
Dimensions \/ sqm:<\/b> 1.100
Architect:<\/b> Murphy Jahn
Client:<\/b> Siedentopf GmbH & Co. KG
Membrane Assembly<\/b>: April 2012\r\n

Project<\/b><\/h3>\r\nThe new parking deck belongs to Weser Quartier, an architectural highlight in Bremen\u2019s latest downtown developments. Reconstruction started with Murphy\/Jahn\u2019s Weser Tower finished in May 2010. Currently further buildings are under construction. The six-story parking deck with 700 parking spaces capacity allows for safe and convenient parking. The buildings approval however, was granted under the request that the fa\u00e7ade should be designed to be appealing and corresponding to the contemporary style of the districts architectural language.\r\nIn order to fulfill this request on the basis of Murphy\/Jahn Architecs design language, Temme \/\/ Obermeier <\/i><\/b>developed the technical solution for this PVC\/PES stamisol membrane fa\u00e7ade<\/b>. Made of PVC-PES Stamisol and semi-translucent reflecting surfaces which are installed in varying inclinations. These reflect the LED illumination of the Weser Tower standing vis-\u00e0-vis. Additionally, the fa\u00e7ade changes the appearance following lighting varieties of daylight and seasons. Sometimes it appears bright in the sunset changing color to a subtle red. Shaded by the office building, it appears in dark tones. The reflecting surfaces always form a deep contrast, showing brighter or darker colors than the surrounding fa\u00e7ade, depending on light incidence.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Bremen_Parkhaus_Weserbahnhof\/Bremen-Parkaus-Wesebahnhof_PVC-PES-Membranfassade_04.jpg","formattedCreationDate":"2017-07-05","formattedModificationDate":"2020-11-19","isTopReference":true,"link":"","localizedUid":65,"name":"PVC\/PES Stamisol membrane facade","niceString":"<\/i> Parking garage, Bremen: PVC\/PES Stamisol membrane facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Parking garage, Bremen - PVC\/PES Stamisol membrane facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605784660,"uid":64,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499238330,"description":"

Technical \/ General informationen:<\/h3>\r\nMembrane design: <\/b>Convertable membrane roof of translucent PVC-PES fabric and transparent ETFE foil
Dimensions \/ sqm:<\/b> 860
Architect:<\/b> Kugel & Rein Architects
Client:<\/b> SFH-Verein
Membrane Assembly<\/b>: June 2012\r\n

Project<\/b><\/h3>\r\nConvertable Roof over the Patio of the Alte Residenz Salzburg\r\nInaugurated in summer 2012, the patio of the \u201eAlte Residenz\u201c (Old Residence) in Salzburg has been regularly used for summer performances of the international known Salzburg Festival. In order to achieve weather independent performances, the \u201cSFH-Verein\u201d (Association for preservation and use of Salzburg Festival Theatres) requested amembrane roof of translucent PVC\/PES fabric and transparent ETFE foil <\/b>which could be retracted automatically in a few minutes. Thus, in any weather, the guests can be offered the unique experience of an open air event, independent from any expensive substitute indoor venue.\r\nFollowing the requests of the historic society to protect the historical fa\u00e7ades of the Old Residence from any damage, Kugel + Rein Architects und Engineers designed a temporary and also retractable structure which stands nearly loose in the patio. By only transferring minimal horizontal loads into a few designated anchors of the old structure the surrounding walls are nearly untouched. For the inner area of the circumferential lattice girder, lying on four columns and having a width of 22 m and a length of 37 m, Temme \/\/ Obermeier realized a parallel retractable membrane roof covering 1000 m\u00b2 out of V-shaped segments. Standing ridge and hanging valley cables support the translucent PVC-PES fabric.\r\nFor easy roof operation the driving carriages, cables, belts, fabric details and many more elements had to be precisely developed by the Engineers in collaboration with Temme \/\/ Obermeier <\/i><\/b>experts. Considering that this structure has been designed and executed as a prototype all participants have been impressed by the performance when finally moved for the first time.\r\nWhen open, the membrane roof is parked under a fixed cover roof in front of the east fa\u00e7ade. Surrounding transparent ETFE foil stripes protect the large lattice girder at all three other sides. When closed, the main roof is lying lightly and delicately over the patio, and with its curved lines forms a decent contrast to the fa\u00e7ades of the Old Residence.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Salzburg_Alte_Residenz\/Salzburg_alte_Residenz.jpg","formattedCreationDate":"2017-07-05","formattedModificationDate":"2020-11-20","isTopReference":false,"link":"","localizedUid":59,"name":"Convertible membrane roof of PVC-PES fabric and ETFE foil","niceString":"Old Residence, Salzburg, Austria: Convertible membrane roof of PVC-PES fabric and ETFE foil","pid":47,"platform":null,"processedImages":null,"seoDescription":"Old Residence, Salzburg, Austria - Convertible PVC\/PES and ETFE roof","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605858864,"uid":58,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499236252,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design: <\/b>Suspended ceiling (PES membrane: PVC-coated upper side, Low E coated back)
Dimensions \/ sqm:<\/b> 1.900
Architect:<\/b> City of Landsberg am Lech
Client:<\/b> City of Landsberg am Lech
Membrane Assembly:<\/b> August 2011\r\n

Project<\/b><\/h3>\r\nIn the renovation of the ice-sports arena of Landsberg am Lech, not only were optical accents important, but also safety above all else. Special focus was laid on the arena\u2019s climate. Temme \/\/ Obermeier <\/i><\/b>therefore relied on the revolutionary Low E coating technology for membranes. One advantage of this coating is its ability to reflect the cold. Thus, the costs for the ice production can be considerably reduced compared to the former design. Temme \/\/ Obermeiers <\/i>PVC\/PEY with Low-E suspended ceiling <\/b>is regarded as pioneering in this field of membrane building.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Landsberg_Eisporthalle\/Landsberg-Eissporthalle_Low-E_Membrankonstruktion_01.jpg","formattedCreationDate":"2017-07-05","formattedModificationDate":"2020-11-18","isTopReference":false,"link":"","localizedUid":57,"name":"PVC\/PES with Low-E suspended ceiling","niceString":"Ice sports arena, Landsberg\/Lech: PVC\/PES with Low-E suspended ceiling","pid":47,"platform":null,"processedImages":null,"seoDescription":"Ice sports arena, Landsberg\/Lech - PVC\/PES with Low-E suspended ceiling","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605697681,"uid":56,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493736371,"description":"

Technical \/ General information:<\/h3>\r\n Membranedesign:<\/b> Dome, PVC\/PES
Dimensions\/sqm: <\/b>5.200
Architect:<\/b> Barthel & Maus
Client:<\/b> Radom Raisting GmbH
Membrane Assembly:<\/b> September 2010\r\n

<\/h3>\r\n

Project<\/h3>\r\nAs a landmark, the earth station of Raisting has already decorated stamps; its air-supported hall, the radome, represents an impressive masterpiece of technology. In 2010,Temme \/\/ Obermeier <\/i><\/b>were commissioned to renovate the dilapidated envelope. For this, they produced a PVC\/PES membrane design<\/b>. During a spectacular operation the membrane was hoisted over antenna 1, lowered and tightened. The new protective skin has provided a significant transformation to Raistings radome \u2013 from a landmark of technical revolution to an impressive industrial memorial.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Radom__Raisting\/Raisting_PVC-PES_1102286_287_2.jpg","formattedCreationDate":"2017-05-02","formattedModificationDate":"2020-11-20","isTopReference":false,"link":"","localizedUid":33,"name":"PVC\/PES Membrane Design","niceString":"Radome, Raisting: PVC\/PES Membrane Design","pid":47,"platform":null,"processedImages":null,"seoDescription":"Radome, Raisting \u2013 PVC\/PES membrane design","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605873266,"uid":16,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493736114,"description":"

Technical \/ General information<\/h3>\r\n Membrane design:<\/b> Arch-supported roof, PVC\/PES membrane + net fabric
Dimenstions\/sqm: <\/b>260
Architect:<\/b> BLP
Client:<\/b> City of Halle (Saale)
Membrane Assembly:<\/b> M\u00e4rz 2010\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe central bus station of Halle is an important entryway to the city. It is situated close to the main train station and has been completely redesigned. Nine barrier-free roofed bus stops with PVC\/PES membrane roofs<\/b> were built. The elliptically designed light roof created by Temme \/\/ Obermeier <\/b>is the eye-catcher of the square. It ties the individual waiting areas together to form a harmonic whole and thus makes use of the principle of designing ensembles: Forming a whole while maintaining the individual shape of the particular parts. The membrane design underlines the innovative character of the station, also commonly known as the \u201cSpace Center\u201d.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Busbahnhof__Halle_an_der_Saale\/PVC-PES_Halle-Saale_ZOB_2911_MG_5807_01.jpg","formattedCreationDate":"2017-05-02","formattedModificationDate":"2020-11-20","isTopReference":false,"link":"","localizedUid":32,"name":"PVC\/PES membrane roof","niceString":"Bus station Halle\/Saale: PVC\/PES membrane roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"Bus station Halle\/Saale - PVC\/PES membrane roof","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605878312,"uid":15,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493795866,"description":"

Technical \/ General information: <\/h3>\r\nMembrane design:<\/b> Arch-supported roof, PVC\/PES
Dimensions\/sqm:<\/b> 800
Architect:<\/b> CL-MAP GmbH
Client:<\/b> Flughafen M\u00fcnchen GmbH
Membrane Assembly: <\/b>August 2011\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe Munich airport is one of the largest European hubs. Temme \/\/ Obermeier <\/i><\/b>created the roof of the access to hangars 3 and 4. Temme \/\/ Obermeier <\/b><\/i>created an arch-supported PVC-PES roof<\/b>. This roofing excels due to its sophisticated design and the lightness of its architecture. Here, Temme \/\/ Obermeier <\/i><\/b>used a modular steel support structure that can be expanded if necessary. Steel supports were placed in existing on-site separate foundations equipped with crescent-shaped truss girders. PVC\/PES membrane fields were stretched between them, serving as roof covering.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Flughafen-Muenchen\/Muenchen_Flughafen_PVC-PES_1109308_0001_2_01.jpg","formattedCreationDate":"2017-05-03","formattedModificationDate":"2020-11-17","isTopReference":false,"link":"","localizedUid":38,"name":"Arch-supported PVC-PES roof","niceString":"Hangars 3+4, Airport Munich: Arch-supported PVC-PES roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"Hangars 3+4, Munich Airport - Arch-supported PVC-PES roof","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605605476,"uid":13,"youtubeVideoId":""}],"uid":6,"value":"PVC \/ PES"},{"convertedValue":0,"dataType":"1","hasProjects":30,"localizedUid":19,"metaData":"","projectsArray":[{"additionalDescription":"","crdate":1691574384,"description":"Technical \/ General information:<\/b>\r\nMembrane design: <\/b>ETFE Folienkissendach
Dimensions\/sqm: <\/b>1,100
Planner: <\/b>CF M\u00f8eller Architects
Client: <\/b>Fonden Svendborg Maritime Uddannelsescenter
Contractor: <\/b>MT Hojgaard Danmark A\/S
Membrane Completion: <\/b>February 2023\r\n\r\nProject Description<\/b>\r\nTemme \/\/ Obermeier installed the beautiful membrane roof at Svendborg Harbour, Denmark. During the winter months a temporary PVC roof was erected to ensure that the building was watertight so that adjacent works could be carried out. We replaced this roof with the transparent ETFE roof - the light-flooded atrium creates a welcoming atmosphere. The ETFE foil roof consists of 16 square "cushions" in keeping with Scandinavian architectural style: clean, elegant and modern.\r\nWe are looking forward to the opening of the International Maritime Academy (SIMAC) in Svendborg and cannot wait for visitors to get to enjoy the building.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Daenemark_SIMAC\/Svendborg_2_Da__nemark_ETFE_TemmeObermeier-2.jpg","formattedCreationDate":"2023-08-09","formattedModificationDate":"2023-08-11","isTopReference":false,"link":"","localizedUid":256,"name":"ETFE foil cushion roof","niceString":"SIMAC, Svendborg D\u00e4nemark: ETFE foil cushion roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"SIMAC, Svendborg Denmark \u2013 ETFE foil cushion roof","seoTitle":"ETFE foil cushion roof - SIMAC, Svendborg Denmark","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1691745851,"uid":255,"youtubeVideoId":""},{"additionalDescription":"","crdate":1691566907,"description":"Technical \/ General information:<\/b>\r\nStructure:<\/b> PVC \/ PES fa\u00e7ade
Dimensions\/sqm:<\/b> 10,150
Architect:<\/b> Blaser Architekten AG, CH-Basel
Owner:<\/b> Swiss Prime Site Immobilien AG, CH-Z\u00fcrich
Client:<\/b> Halter AG, CH-Z\u00fcrich
Completion:<\/b> Mai 2023 (2nd construction phase)\r\n\r\nProject Description<\/b>\r\nTemme \/\/ Obermeier has completed the second and final phase of construction of the PVC\/PES textile fa\u00e7ade at St\u00fccki Park in Basel. The PVC\/PES mesh fabric was selected from a wide range of fabric samples as its silver metallic appearance fits the architecture of the buildings perfectly.\r\nThese facades offer another example of the versatility of membrane architecture. In addition, to this bespoke modular cladding system being incredibly lightweight, it requires a shorter installation time. \r\nThe PVC\/PES mesh cladding protects the primary facade systems of two 9-storey laboratory buildings. We completed the installation in May 2023 to the complete satisfaction of our client and both of these buildings are now ready for clients to move into. ","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_01.jpg","formattedCreationDate":"2023-08-09","formattedModificationDate":"2024-06-13","isTopReference":true,"link":"","localizedUid":246,"name":"PVC\/PES fa\u00e7ade","niceString":"<\/i> St\u00fccki Park, 2nd building sektion, Basel, Switzerland: PVC\/PES fa\u00e7ade","pid":47,"platform":null,"seoDescription":"St\u00fccki Park, Basel, Switzerland \u2013 PVC\/PES fa\u00e7ade","seoTitle":"PVC\/PES fa\u00e7ade - St\u00fccki Park, Basel, Switzerland","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1718277799,"uid":245,"youtubeVideoId":""},{"additionalDescription":"","crdate":1625120901,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> ETFE Fa\u00e7ade and Funnel
Planner:<\/b> ecoLogicStudio by Claudia Pasquero and Marco Poletto
Client:<\/b> Otrivin Breathe Clean
Membrane Completion:<\/b> May 2021\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe innovation brings to life the world\u00b4s first biotechnological playground to integrate air-purifying micro-algae!\r\nAirBubble creates a purified microclimate for children to play in, a true bubble of clean air in the Centre of Warsaw (Poland). The project is located within the public green space outside of the Copernicus Science Centre (Centrum Nauki Kopernik), a site which will also host a dedicated exhibition illustrating the design innovation behind the invention of AirBubble. The playground integrates the Photo-Synthetica-technology for the advanced integration of photosynthesis in the built enviroment.\r\nFa\u00e7ade and Funnel was completely designed in house by Temme \/\/ Obermeier\r\nAirBubble invents a new architectural typology. It incorporates a cylindrical timber structure wrapped in an ETFE membrane protecting 52 glass algae reactors. This creates a real urban algae greenhouse. The space is equipped with ropes, foot pumps and bouncy spheres, and can function as both playground and outdoor classroom. ","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Warschau_Biotech\/2_AirBubble_playground_ecoLogicStudio__c_Maja_Wirkus.jpg","formattedCreationDate":"2021-07-01","formattedModificationDate":"2021-07-02","isTopReference":false,"link":"","localizedUid":216,"name":"ETFE Fa\u00e7ade and Funnel","niceString":"Biotech Playground Warsaw, Poland: ETFE Fa\u00e7ade and Funnel","pid":47,"platform":null,"processedImages":null,"seoDescription":"ETFE Fa\u00e7ade and Funnel - Biotech Playground Warsaw, Poland","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1625217061,"uid":215,"youtubeVideoId":""},{"additionalDescription":"","crdate":1500032680,"description":"

Technical \/ General Information:<\/h3>\r\nMembrane design:<\/b> Facade, silicone glass
Dimensions\/sqm:<\/b> 1,100
Architect:<\/b> Ludloff + Ludloff
Client:<\/b> Sedus Stoll AG, Waldshut
Membrane Assembly:<\/b> June 2009\r\n

Project<\/b><\/h3>\r\nFabrics are one of the leading components of modern architecture. When creating the research and development center of Sedus Stoll AGTemme Obermeier set new standards for working with textile materials in the construction of facades. Temme Obermeier developed a silicone glass fabric facade. They used silicone glass fabrics with optimum characteristics: The fabrics provide protection from ultraviolet radiation, wind and rain. They are water-repellent and soil-resistant and perfectly ventilate the special facade coating of Stamisol underneath. Specially for this project Temme Obermeier developed a pragmatic facade system that stands for innovation, research and development \u2013 and fits in perfectly with the building.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Sedus_Stoll_AG_Dogern\/01.jpg","formattedCreationDate":"2017-07-14","formattedModificationDate":"2021-01-18","isTopReference":false,"link":"","localizedUid":107,"name":"Silicone glass fabric facade","niceString":"Sedus Stoll AG, Dogern: Silicone glass fabric facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Sedus Stoll AG, Dogern - Silicone\/glass fabric facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1610969884,"uid":104,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499345519,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design: <\/b>Maintenance of the ETFE cushions and the inner ceiling
Dimensions \/ sqm:<\/b> 66.500 (facade and roof surfaces)
Architect:<\/b> Herzog & de Meuron
Client:<\/b> Allianz Arena M\u00fcnchen Stadion GmbH
Membrane Assembly<\/b>: Maintenance since November 2008\r\n

Project<\/b><\/h3>\r\nOne of the world wide flagship buildings in ETFE technology<\/b> - not just for football fans but also for architects and builders an expression for the spirit in sports, of innovative stadia and building technologies - the Allianz Arena. Being one of the world's largest membrane envelopes the structure consists entirely of rhomb designed ETFE foil cushions<\/b> that can be effectively illuminated from the inside with light in the colors red, blue and white.\r\nOur predecessor company has conceptualized and realized this membrane envelope. Temme \/\/ Obermeier itself developed as a result a sophisticated maintenance concept for the membrane envelope as well as for the internal ceiling made \u200b\u200bof PU-coated glass fiber fabric<\/b>. Currently technical progress will be implemented to the Allianz Arena  and due to the order by the owner FC Bayern Munich a new and environmentally oriented concept of the entire building will be planned.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Muenchen_Allianz_Arena\/Muenchen_Allianz-Arena-01.jpg","formattedCreationDate":"2017-07-06","formattedModificationDate":"2020-11-17","isTopReference":false,"link":"","localizedUid":83,"name":"Maintenance of ETFE cushions and inner ceiling","niceString":"Allianz Arena, Munich: Maintenance of ETFE cushions and inner ceiling","pid":47,"platform":null,"processedImages":null,"seoDescription":"Allianz Arena, Munich - Maintenance of ETFE cushions and inner ceiling","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605604160,"uid":82,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499331464,"description":"

Technical \/ General Information:<\/h3>\r\nStructure: <\/b>(inside) PTFE\/glass mesh \/ (outside) ETFE two layers, printed
Size \/ sqm:<\/b> 1,800 sqm (inside) \/ 3,850 sqm (outside)
Architect:<\/b> Gr\u00fcntuch Ernst Planungsgesellschaft mbH
Principal:<\/b> City of Chemnitz
Installation<\/b>: 2013\r\n

Project description<\/b><\/h3>\r\nWith the renovation of the Chemnitz main station, the local and long-distance traffic is to be merged under one roof and the station is to be redefined as an entrance to the city and an important hub in the urban space. For this purpose, the existing station hall from the 1970s was dismantled down to its supporting structure and opened towards the city in the lower area.\r\nTemme \/\/ Obermeier realized the matted, printed ETFE cushion facade, which as an interactive LED media facade projects the movements from the surroundings as light movements onto the facade and is used for impressive light shows. The ETFE cushions with dimensions of up to 23.0 x 3.0 m belong to the largest facade infills of this type. The inner facade of the station hall was clad with aluminum frames with flat-stretched PTFE \/ glass fabric. This ingenious, retensionable construction is one of the core competencies of our company.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Chemnitz_Hauptbahnhof\/Chemnitz-Hauptbahnhof_ETFE-Membranfassade_05.jpg","formattedCreationDate":"2017-07-06","formattedModificationDate":"2021-01-26","isTopReference":false,"link":"","localizedUid":71,"name":"ETFE membrane facade","niceString":"Main station Chemnitz: ETFE membrane facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Main station Chemnitz - ETFE membrane facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1611665280,"uid":70,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499330683,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design: <\/b>ETFE facade, single-ply
Dimensions \/ sqm:<\/b> 380
Architect:<\/b> woernerundpartner planungsgesellschaftmbh
Client:<\/b> Fraunhofer Gesellschaft
Membrane Assembly<\/b>: May 2012\r\n

Project<\/b><\/h3>\r\nThe Fraunhofer-Gesellschaft zur F\u00f6rderung der angewandten Foschung e.V. (registered association for the promotion of applied research) erected a multistory engineering building in Bremerhaven offering workshop and office facilities for the institute. The development and extension of the business area \u201cwind energy\u201d made it necessary to improve the working conditions for the research projects by supplying additional office space and test facilities. According to the intended purpose \u201cresearch in wind energy\u201d the building acts as a visible sign with an appealing, technically demanding curtain wall.\r\nThe wall structure is a mixture of a rigid, form-giving and load carrying steel sub-structure with glass panels, and flexible single-layer ETFE sheets which are pre-tensioned by cables. The curtain wall is connected to the massive building by 380 steel strut brackets welded onto plates fixed at the building. Floor-wise, the struts, having a horizontal distance pattern of 1,17 m, have different gaps between the traverse stations of the concrete construction and the steel rings, leading consequently to different lengths. Bent steel profiles (circular girders) follow the outline of the building at each floor, forming the horizontal connection line of the ETFE sheets and the glass panels. The ETFE bays 1 \u2013 4 each have a wind suction cable connected to the front profiles. The upmost ETFE bay has two wind suction cables additionally connected positively to the massive wall in 4 points.\r\nThe complicated installation conditions due to the direct vicinity of the sea required special attention. During the installation works permanently changing weather conditions prevailed with different wind speeds up to wind speed 6. This led to a complicated handling of the large ETFE bays (ca. 50,00 x 1,50 m per bay) requesting a sophisticated logistic preparation for an installation period of about 2 weeks, including all back-work.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Bremerhaven_Frauenhofer\/Bremerhaven-Fraunhofer_ETFE-Membranfassaden-01_01.jpg","formattedCreationDate":"2017-07-06","formattedModificationDate":"2020-11-18","isTopReference":false,"link":"","localizedUid":69,"name":"ETFE facade","niceString":"Fraunhofer Institute IWES, Bremerhaven: ETFE facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Fraunhofer Institute IWES, Bremerhaven - Single layer ETFE foil facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605701811,"uid":68,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499242001,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design: <\/b>PVC-PES facade, mirrors
Dimensions \/ sqm:<\/b> 1.100
Architect:<\/b> Murphy Jahn
Client:<\/b> Siedentopf GmbH & Co. KG
Membrane Assembly<\/b>: April 2012\r\n

Project<\/b><\/h3>\r\nThe new parking deck belongs to Weser Quartier, an architectural highlight in Bremen\u2019s latest downtown developments. Reconstruction started with Murphy\/Jahn\u2019s Weser Tower finished in May 2010. Currently further buildings are under construction. The six-story parking deck with 700 parking spaces capacity allows for safe and convenient parking. The buildings approval however, was granted under the request that the fa\u00e7ade should be designed to be appealing and corresponding to the contemporary style of the districts architectural language.\r\nIn order to fulfill this request on the basis of Murphy\/Jahn Architecs design language, Temme \/\/ Obermeier <\/i><\/b>developed the technical solution for this PVC\/PES stamisol membrane fa\u00e7ade<\/b>. Made of PVC-PES Stamisol and semi-translucent reflecting surfaces which are installed in varying inclinations. These reflect the LED illumination of the Weser Tower standing vis-\u00e0-vis. Additionally, the fa\u00e7ade changes the appearance following lighting varieties of daylight and seasons. Sometimes it appears bright in the sunset changing color to a subtle red. Shaded by the office building, it appears in dark tones. The reflecting surfaces always form a deep contrast, showing brighter or darker colors than the surrounding fa\u00e7ade, depending on light incidence.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Bremen_Parkhaus_Weserbahnhof\/Bremen-Parkaus-Wesebahnhof_PVC-PES-Membranfassade_04.jpg","formattedCreationDate":"2017-07-05","formattedModificationDate":"2020-11-19","isTopReference":true,"link":"","localizedUid":65,"name":"PVC\/PES Stamisol membrane facade","niceString":"<\/i> Parking garage, Bremen: PVC\/PES Stamisol membrane facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Parking garage, Bremen - PVC\/PES Stamisol membrane facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605784660,"uid":64,"youtubeVideoId":""},{"additionalDescription":"","crdate":1499241502,"description":"

Technical \/ General informationen:<\/h3>\r\nMembrane design: <\/b>ETFE-facade, single-ply, cable-supported
Dimensions \/ sqm:<\/b> 840
Architect:<\/b> WasserAchermann Architektur
Client:<\/b> Stanserhorn-Bahn-Aktiengesellschaft
Membrane Assembly<\/b>: June 2012\r\n

Project<\/b><\/h3>\r\nArriving just in time for the start of the spring season of the cabriolet \u201cCabrio\u201d double-decker car on Mount Stanserhorn, the valley and summit cable car stations have been replaced by two new buildings.\r\nConcrete, steel and the use ETFE are impressively illustrating the successful interplay of architectural styles between modernity and traditional architecture in Switzerland. Lightweight appearance and highest translucency of the building envelope is shown due to the choice of ETFE for the cable car stations on the mountain setting and surrounded by the trees of the valley forest.\r\nFrom initial design to project realization, the cable supported single layer structure of station envelopes was developed in close partnership  with Bieri Tenta AG of Switzerland.  These stations demonstrate that ETFE can be employed under the harsh weather conditions that exist at mountain summits when the project detailing and execution have been performed with the highest level craftsmanship.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Stanserhornbahn\/Stanserhornbahn_ETFE_Membranfassade_01.jpg","formattedCreationDate":"2017-07-05","formattedModificationDate":"2020-11-18","isTopReference":false,"link":"","localizedUid":63,"name":"Cable-supported ETFE facade","niceString":"Stanserhorn cable car, Switzerland: Cable-supported ETFE facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Stanserhorn cable car, Switzerland - Cable-supported ETFE facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605698876,"uid":62,"youtubeVideoId":""},{"additionalDescription":"","crdate":1495020657,"description":"

Technical \/ general information:<\/h3>\r\nStructure: <\/b>Solar protection facade made of GF \/ PTFE Mesh fabric with steel \/ aluminum frame
Size \/ sqm:<\/b> 1.976
Architects:<\/b> ludloff & ludloff Architekten BDA, Berlin
Client:<\/b>  SOS Kinderdorf e.V.
Installation<\/b>: from March to August 2016\r\n

Project description<\/b><\/h3>\r\nSOS Kinderdorf and hotel management school - how does it work together? At least as good as the facade made of a PTFE \/ glass mesh fabric and a wooden facade, completely developed by Temme \/\/ Obermeier.\r\nTemme \/\/ Obermeier engineered, fabricated and installed the 200 element fa\u00e7ade - more than 100 frames are moveable \u2013 together with his planer BfL including all mechanic elements. This was added by the frames which are only 80 mm thick and the connections to the wooden facade.\r\nThese elements have been arranged by the architects as with a wood shingle facade. They should remain transparent and offer sun protection at the same time. Many contrasting ideas in one design, but by Temme \/\/ Obermeier and his partners almost perfectly implemented. Already the arrangement of the approx. 3.50 x 1.80 m shingles - and also the moving elements - presented the team with a demanding task that was mastered with flying colors.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/SOS_Kinderdorf_Berlin\/SOSKiDorf_BFL.jpg","formattedCreationDate":"2017-05-17","formattedModificationDate":"2020-11-20","isTopReference":true,"link":"","localizedUid":50,"name":"Solar protection facade made of PTFE\/glass mesh fabric","niceString":"<\/i> SOS Kinderdorf, Berlin: Solar protection facade made of PTFE\/glass mesh fabric","pid":47,"platform":null,"processedImages":null,"seoDescription":"SOS Kinderdorf, Berlin - Textile facade with moveable shingles","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605873767,"uid":49,"youtubeVideoId":""},{"additionalDescription":"","crdate":1495015386,"description":"

Technical \/ general information:<\/h3>\r\nStructure: <\/b>ETFE- Foil facade single layer & steel structure
Size \/ sqm:<\/b> 9.300
Architects: <\/b>Burkhardt & Partner
Principal:<\/b> Halter AG, Z\u00fcrich
Installation<\/b>: membrane from March to Juny 2017\r\n

Project description<\/b><\/h3>\r\nETFE foil - the magic word in today's architecture and what is ultimately implemented masterfully with Temme \/\/ Obermeier in Switzerland. Single-ply constructions are not only possible with coated textiles, but also with a single-ply and pre-tensioned ETFE film.\r\nTemme \/\/ Obermeier has developed an almost perfect system with its ARGE partner Biedenkapp Stahlbau and the planer BfL to realize this 9,300 m\u00b2 architectural dream at the Mall of Switzerland. Consisting of more than 80 panels, each has a width of up to 7.50 m and a height of approx.17.00 m. They all together form a huge white facade - as from one cast - divided only by fine vertical lines.\r\n After carefully planning and from many previous tests on the building, the fa\u00e7ade has now been installed in a record time of just under 40 days. At the opening in the late summer of this year it will be enchanting the client and the customers.\r\nIlluminating the facade of Temme \/\/ Obermeier at night in a dimmed white, the shopping center becomes the attraction for all the experience-shopping enthusiasts.\r\nProjectbrochure: link<\/link>","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Mall_of_Switzerland\/Mall_of_Switzland_-_fisheye_air.jpg","formattedCreationDate":"2017-05-17","formattedModificationDate":"2020-11-20","isTopReference":true,"link":"","localizedUid":48,"name":"Single layer ETFE foil facade & steel structure","niceString":"<\/i> Mall of Switzerland, Ebikon, Switzerland: Single layer ETFE foil facade & steel structure","pid":47,"platform":null,"processedImages":null,"seoDescription":"Mall of Switzerland, Ebikon, Switzerland - Single layer ETFE foil facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605877958,"uid":47,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493796987,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design: <\/b>Facade, pneumatic ETFE design (two-ply, printed)
Dimensions\/sqm:<\/b> 535
Architect:<\/b> Riedl, Vienna \/ DunnettCraven, London
Client:<\/b> Unibail-Rodamco Austria
Membrane Assembly:<\/b> October 2010\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe Donauzentrum in Vienna is Austria\u2019s second largest shopping center. The impressive air-cushion facade made of partially transparent and partially printed ETFE foil specially developed by Temme \/\/ Obermeier <\/i><\/b>embodies the architectural attraction of the center. LED lights were arranged in a polygon behind the air cushions and the outer foil was printed in white using screen printing. The air-cushion facade made of printed ETFE foil <\/b>gives the center its unique visual charm: During the day the light passes directly through the cushion and provides for a bright feel-good atmosphere. When night falls, the LED lights draw attention to the spectacular facade.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Donauzentrum__Wien\/01.jpg","formattedCreationDate":"2017-05-03","formattedModificationDate":"2020-11-19","isTopReference":true,"link":"","localizedUid":40,"name":"Air cushion facade made of printed ETFE foil","niceString":"<\/i> Donau Zentrum, Vienna, Austria: Air cushion facade made of printed ETFE foil","pid":47,"platform":null,"processedImages":null,"seoDescription":"Donau Zentrum, Vienna, Austria - ETFE air cushion facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605791397,"uid":20,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493794456,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> PTFE\/glass
Dimensions\/sqm:<\/b> 4.700
Architect:<\/b> LOVE architecture & urbanism ZT GmbH
Client:<\/b> SCA Immobilien GmbH
Membrane Assembly: <\/b>May 2014 - July 2015\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe form and the surface of the fa\u00e7ade of the new shopping centre in Salzburg, Alpenstrasse, commemorates a large \u201cgift\u201d, - something wrapped, exciting which is worth being discovered: \u2013 an attraction. Due to this unique extraordinary symbolism, the characteristics of the shopping centre are visible to the customer over a long distance and in a seductive manner. Diversity, excitement, entertainment, choice -, shortly: shopping and entertainment.\r\nTemme \/\/ Obermeier<\/b> met the challenge to realize flat, large PTFE\/glass fields with areas up to 275 m\u00b2. Complex 3D scans of the fa\u00e7ade were necessary to position the fixations of the steel substructure at the multiply inclined fa\u00e7ade surface to millimetric accuracy. With a distance of only 160 mm between membrane surface and insulation, a sophisticated steel substructure as well as membrane connections and wind suction elements were realised.\r\nWith polished stainless steel strips as ribbons, the snow-white fa\u00e7ade is shining as a clear and positive \u201clandmark\u201d in Alpenstrasse - one of the most important access roads to the city of Salzburg - a gateway to the city.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Shopping_Center_SCA\/Salzburg_SCA_-_PTFE-Glas_DAnSlzb6.jpg","formattedCreationDate":"2017-05-03","formattedModificationDate":"2021-06-22","isTopReference":false,"link":"","localizedUid":35,"name":"PTFE\/glass facade","niceString":"Shopping Center SCA, Salzburg, Austria: PTFE\/glass facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"Shopping Center SCA, Salzburg, Austria - Large PTFE\/glass fields and stainless steel strips","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1624344405,"uid":18,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493795258,"description":"

Technical \/ General information:<\/h3>\r\nMembrane design:<\/b> PTFE
Dimensions\/sqm:<\/b> 1.100
Architect:<\/b> Brewittarchitektur
Client:<\/b> Bau- und Grundst\u00fccksverwaltung
Membrane Assembly:<\/b> November 2015\r\n

<\/h3>\r\n

Project<\/h3>\r\nTemme \/\/ Obermeier strengthens its reputation as an expert flat tensioned membrane facades. The membrane fa\u00e7ade made of PTFE\/glass planned by brewittarchitektur will be engineered and realized by our team this year. The facade is mainly for design but also serves as a suitable weather protection for the building behind. With PTFE \/ glass contrary to PVC \/ PES the material with longer lifetime and higher quality was chosen.\r\n\r\n","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Golfhaus_Bielefeld\/Golfhaus_Bielefeld_PTFE-Fassade_4.jpg","formattedCreationDate":"2017-05-03","formattedModificationDate":"2020-11-19","isTopReference":false,"link":"","localizedUid":36,"name":"Membrane fa\u00e7ade made of PTFE\/glass","niceString":"Golf House, Bielefeld: Membrane fa\u00e7ade made of PTFE\/glass","pid":47,"platform":null,"processedImages":null,"seoDescription":"Golf House, Bielefeld - Membrane facade made of PTFE\/glass","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605789782,"uid":26,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493795494,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> PTFE\/glass mesh fabric
Dimensions\/sqm:<\/b> 3.900
Architect:<\/b> hks Hestermann Rommel Architekten + Gesamtplaner, Erfurt, Design and drafting:<\/b> archiscape - Architekten und Landschaftsarchitekten, Michael Mackenrodt, Berlin
Client:<\/b> Leibnitz-Institute on Aging
Membrane Assembly:<\/b> April - December 2013\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe new building of the Leibniz Institute for Age Research - the Fritz Lipmann Institute eV (FLI) in Beutenberg camp in Jena -  fits with its design in the existing location. The new building incorporates various laboratories for the study of age and disease mechanisms and provides optimal research conditions for 180 employees. The elongated five-story building got a homogeneous white cladding which reduces the direct view into the building, at the same time high transparency from inside to outside combined with maximum natural light for the interior.\r\nSpecifically for the requirements of the building Temme \/\/ Obermeier<\/b> developed a frame system to carry the translucent facade made \u200b\u200bof PTFE\/glass mesh fabric<\/b>. For the homogeneous appearance of the cladding of the joints between the elements were reduced to a minimum, at a maximum depth of 140 mm for the framework. A special re-tensionable and flexible system keeps the membrane tension on a constant level when weather conditions are changing. The slim frame system was designed as a modular system to meet the different element sizes of the curtain wall to enable a smooth an constant appearance.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Fritz-Lipmann-Institut__Jena\/FLI-Jena_PTFE-Fassade_4.jpg","formattedCreationDate":"2017-05-03","formattedModificationDate":"2020-11-19","isTopReference":true,"link":"","localizedUid":37,"name":"Translucent facade made \u200b\u200bof PTFE\/glass mesh fabric","niceString":"<\/i> Fritz-Lipmann-Institute, Jena: Translucent facade made \u200b\u200bof PTFE\/glass mesh fabric","pid":47,"platform":null,"processedImages":null,"seoDescription":"Fritz-Lipmann-Institute, Jena \u2013 Translucent facade made \u200b\u200bof PTFE\/glass mesh fabric","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605791658,"uid":27,"youtubeVideoId":""}],"uid":2,"value":"Membrane fa\u00e7ades"},{"convertedValue":0,"dataType":"1","hasProjects":20,"localizedUid":28,"metaData":"","projectsArray":[{"additionalDescription":"","crdate":1691574384,"description":"Technical \/ General information:<\/b>\r\nMembrane design: <\/b>ETFE Folienkissendach
Dimensions\/sqm: <\/b>1,100
Planner: <\/b>CF M\u00f8eller Architects
Client: <\/b>Fonden Svendborg Maritime Uddannelsescenter
Contractor: <\/b>MT Hojgaard Danmark A\/S
Membrane Completion: <\/b>February 2023\r\n\r\nProject Description<\/b>\r\nTemme \/\/ Obermeier installed the beautiful membrane roof at Svendborg Harbour, Denmark. During the winter months a temporary PVC roof was erected to ensure that the building was watertight so that adjacent works could be carried out. We replaced this roof with the transparent ETFE roof - the light-flooded atrium creates a welcoming atmosphere. The ETFE foil roof consists of 16 square "cushions" in keeping with Scandinavian architectural style: clean, elegant and modern.\r\nWe are looking forward to the opening of the International Maritime Academy (SIMAC) in Svendborg and cannot wait for visitors to get to enjoy the building.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Daenemark_SIMAC\/Svendborg_2_Da__nemark_ETFE_TemmeObermeier-2.jpg","formattedCreationDate":"2023-08-09","formattedModificationDate":"2023-08-11","isTopReference":false,"link":"","localizedUid":256,"name":"ETFE foil cushion roof","niceString":"SIMAC, Svendborg D\u00e4nemark: ETFE foil cushion roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"SIMAC, Svendborg Denmark \u2013 ETFE foil cushion roof","seoTitle":"ETFE foil cushion roof - SIMAC, Svendborg Denmark","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1691745851,"uid":255,"youtubeVideoId":""},{"additionalDescription":"","crdate":1691566907,"description":"Technical \/ General information:<\/b>\r\nStructure:<\/b> PVC \/ PES fa\u00e7ade
Dimensions\/sqm:<\/b> 10,150
Architect:<\/b> Blaser Architekten AG, CH-Basel
Owner:<\/b> Swiss Prime Site Immobilien AG, CH-Z\u00fcrich
Client:<\/b> Halter AG, CH-Z\u00fcrich
Completion:<\/b> Mai 2023 (2nd construction phase)\r\n\r\nProject Description<\/b>\r\nTemme \/\/ Obermeier has completed the second and final phase of construction of the PVC\/PES textile fa\u00e7ade at St\u00fccki Park in Basel. The PVC\/PES mesh fabric was selected from a wide range of fabric samples as its silver metallic appearance fits the architecture of the buildings perfectly.\r\nThese facades offer another example of the versatility of membrane architecture. In addition, to this bespoke modular cladding system being incredibly lightweight, it requires a shorter installation time. \r\nThe PVC\/PES mesh cladding protects the primary facade systems of two 9-storey laboratory buildings. We completed the installation in May 2023 to the complete satisfaction of our client and both of these buildings are now ready for clients to move into. ","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_01.jpg","formattedCreationDate":"2023-08-09","formattedModificationDate":"2024-06-13","isTopReference":true,"link":"","localizedUid":246,"name":"PVC\/PES fa\u00e7ade","niceString":"<\/i> St\u00fccki Park, 2nd building sektion, Basel, Switzerland: PVC\/PES fa\u00e7ade","pid":47,"platform":null,"seoDescription":"St\u00fccki Park, Basel, Switzerland \u2013 PVC\/PES fa\u00e7ade","seoTitle":"PVC\/PES fa\u00e7ade - St\u00fccki Park, Basel, Switzerland","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1718277799,"uid":245,"youtubeVideoId":""},{"additionalDescription":"","crdate":1625127937,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> ETFE foil cushion roof on wooden support structure
Dimensions\/sqm: <\/b>2,300 
Architect:<\/b> Dipl.-Arch. Mihai Lucian Berceanu
Client:<\/b> PAB Romania, Arad, RO
Main Contractor:<\/b> NEPI 5 Property Development Srl., Bukarest, RO
Membrane Completion:<\/b> October 2015\r\n

<\/h3>\r\n

Project<\/h3>\r\nTemme \/\/ Obermeier was contracted to design and install this elegant three-layer ETFE atrium roof at Timisoara Shopping Mall in Romania. The twenty-one ETFE foil cushions cover 2,300 sqm and look great against the wooden supporting structure. By applying a delicate silver pattern to two layers of film and our T \/\/ O SunShade\u00ae <\/sup>coating to the top layer of foil, we were able to mitigate against strong incidence of sunlight.\r\nWe invite you to take a look for yourself and enjoy the ultimate shopping experience under this elegant atrium roof!","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Timisoara\/ETFE_Roof_ShoppingCity_Timisoara.jpg","formattedCreationDate":"2021-07-01","formattedModificationDate":"2023-08-08","isTopReference":false,"link":"","localizedUid":218,"name":"ETFE foil cushions with timber supporting structure","niceString":"Timisoara Shopping Mall, Romania: ETFE foil cushions with timber supporting structure","pid":47,"platform":null,"processedImages":null,"seoDescription":"Timisoara shopping mall, Romania \u2013 ETFE foil cushions with timber supporting structure","seoTitle":"Timisoara shopping mall, Romania \u2013 ETFE foil cushions with timber supporting structure","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1691491418,"uid":217,"youtubeVideoId":""},{"additionalDescription":"","crdate":1604399871,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> PVC\/PES fa\u00e7ade
Size\/sqm 1st<\/sup> and 2nd <\/sup>building section: <\/b>10,150 <\/sup>
Architect:<\/b> Blaser Architekten AG, CH-Basel
Owner:<\/b> Swiss Prime Site Immobilien AG, CH-Z\u00fcrich
Client:<\/b> Halter AG, CH-Z\u00fcrich
Membrane completion<\/b> 1st<\/sup> building section:<\/b> April 2020\r\n

<\/h3>\r\n

Project<\/h3>\r\nBack in 2018 Temme \/\/ Obermeier were awarded the contract to design and install the bespoke fa\u00e7ade cladding system for St\u00fccki Park, Basel's new hub for Innovation and Technology. St\u00fccki Park is conveniently located in the north of Basel and consists of four new office and laboratory buildings. The bespoke modular fa\u00e7ade cladding system opted for a stunning silver metallic PVC \/ PES mesh fabric that appears fresh and timeless - and it fits perfectly into the urban environment surrounding St\u00fccki Park.
This is another example of the versatility of membrane architecture. The lightweight, customized modular cladding system also allows for shorter installation times. 
The project was split into two construction phases. The first construction phase saw us complete the successful practical handover of two office and laboratory nine storey buildings in April 2020 to the full satisfaction of our client; the second construction phase is being planned and will be completed by 2023. The first phase is now open for business and provides a great amenity for occupants and visitors to St\u00fccki Park.\r\n\r\n","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Basel__Stuecki_Park_-_Bauabschnitt_1\/2020_600W_Basel_TO.jpg","formattedCreationDate":"2020-11-03","formattedModificationDate":"2021-01-26","isTopReference":false,"link":"","localizedUid":212,"name":"PVC\/PES mesh facade","niceString":"St\u00fccki Park, 1st building section, Basel, Switzerland: PVC\/PES mesh facade","pid":47,"platform":null,"processedImages":null,"seoDescription":"St\u00fccki Park, 1st building section, Basel, Switzerland - PVC\/PES mesh facade","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1611665696,"uid":211,"youtubeVideoId":""},{"additionalDescription":"","crdate":1594372060,"description":"Technical \/ General information:<\/b>\r\nArchitect:<\/b> BGF+ Architekten, Wiesbaden
Main Contractor:<\/b> OVG Real Estate
Membrane:<\/b> ETFE Foil Cushions 
Size\/sqm:<\/b> 1,100
Steel Contractor:<\/b> Franz Prebeck GmbH & Co.KG
Completion<\/b>:<\/b> Winter 2019\r\n

<\/h3>\r\nProject<\/b><\/b>\r\nWe worked closely with BGF+ Architekten on the Main Park refurbishment project in Offenbach Kaiserlei to create a beautiful central ETFE atrium. By adding a new fa\u00e7ade to the existing structure, the overall footprint of the building was increased by 1,100sqm; an impressive addition in a city where space is at a premium. Our brief included detailing the ETFE cushion roof and engineering the structural supporting steelwork required to "carry" ETFE cushions spanning over 35 m. We drew on our extensive engineering expertise to calculate the horizontal and lateral loads exerted on the existing structure. The load bearing beams and arch tie supports removed the need for additional supporting columns.\r\nOur installation team consisting of six men were on site for exactly six weeks from start to finish leaving the building watertight for the adjacent trades to take over. \r\nSustainability was always at the heart of this refurbishment project and the lightweight ETFE roof offers a number of economic and environmental benefits compared to a traditional glazed alternative. For example, by choosing an ETFE roof, we required substantially less supporting structural steelwork. Another clever innovation was the integration of our bespoke solar shading syste. The T \/\/ O Flex Shade variable shading system enables the client to manage solar control - ensuring ambient comfort "on demand" all year round. The high specification four layers of ETFE foil helped us achieve a U-value of 1.5 W \/ (sqm). Another benefit is that the artificial lighting requirements can be significantly reduced.\r\nThe building is home to about 1,700 staff members of office. The impressive light-filled central atrium houses a welcoming reception and break-out areas.\r\n\r\n","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Offenbach_Main_Park\/201116__c_Temme-Obermeier-Main-Park-Offenbach-Kaiserlei-bearbeitet.jpg","formattedCreationDate":"2020-07-10","formattedModificationDate":"2021-01-26","isTopReference":false,"link":"","localizedUid":206,"name":"ETFE foil cushions","niceString":"Helaba, Offenbach: ETFE foil cushions","pid":47,"platform":null,"processedImages":null,"seoDescription":"Helaba, Offenbach - ETFE foil cushions","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1611665423,"uid":205,"youtubeVideoId":""},{"additionalDescription":"","crdate":1594368640,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> ETFE foil cushion roof and wood-steel hybrid supporting structure
Dimensions\/sqm: <\/b>1,530
Architect:<\/b> Tschoban Voss Architekten
Client:<\/b> EDGE Technologies GmbH
Membrane Completion:<\/b> ARGE SXB, S\u00fcdkreuz Berlin Zech Bau SE, Cree Deutschland GmbH, Rhomberg Systemholzbau GmbH
Completion:<\/b> June 2021\r\n

<\/h3>\r\n

Project<\/h3>\r\nSXB located at S\u00fcdkreuz in Berlin is now home to a breathtaking 4-layer ETFE membrane roof.\r\nAt Temme \/\/ Obermeier, we are immensely proud of our installation team and our ARGE partnership with Biedenkapp Stahlbau because we installed the wood-steel hybrid supporting structure and twelve elegantly shaped ETFE "cushions" in only three months.\r\nThis bright atrium will enable natural daylight to flood into the building and the integration of our bespoke T\/\/O FlexShade\u00ae<\/sup> variable shading technology can regulate the amount of sunlight entering the amount of sunlight entering the building on demand to ensure optimal occupant comfort. The atrium offers employees and visitors plenty of informal spaces for impromptu coffees or meetings. \r\nWe are delighted to have completed another successful transparent ETFE membrane project in our nation\u00b4s capital. This project, similar to our project Lister Dreieck in Hannover<\/link>, has been awarded DGNB PLATIN in 2022. It has also won other architectural prizes.  
<\/sup>","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/SXB_Suedkreuz_Berlin\/Berlin_SXB_ETFE_Roof_by_Temme_Obermeier.JPEG","formattedCreationDate":"2020-07-10","formattedModificationDate":"2023-08-08","isTopReference":false,"link":"","localizedUid":204,"name":"ETFE foil cushion roof and wood-steel hybrid supporting structure","niceString":"SXB, Berlin: ETFE foil cushion roof and wood-steel hybrid supporting structure","pid":47,"platform":null,"processedImages":null,"seoDescription":"SXB S\u00fcdkreuz, Berlin - ETFE foil cushions","seoTitle":"SXB S\u00fcdkreuz, Berlin \u2013 ETFE foil cushions","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1691491128,"uid":203,"youtubeVideoId":""},{"additionalDescription":"","crdate":1493798169,"description":"

Technical \/ General information: <\/h3>\r\n Membrane design: <\/b>ETFE roof, pneumatic, three-ply
Dimensions\/sqm:<\/b> 5.000
Architect:<\/b> kadawittfeldarchitektur
Client:<\/b> adidas AG
Membrane Assembly:<\/b> June 2010\r\n

<\/h3>\r\n

Project<\/h3>\r\nThe adidas AG is one of the best known sporting goods manufacturers in the world. In the city of Herzogenaurach - the location of the company\u2019s headquarter - the largest of the corporate buildings was built: adidas "Laces". Architecturally it refers not only to the sporting background of the company but also to the connecting bridges of the atrium which are looking like the laces of shoes. This interior is the communicative heart of the building. Temme \/\/ Obermeier realized the atrium roof: Five pillows fields with a total of 82 cushion elements have been constructed and combined together to complete pneumatic ETFE cushion roof. Technical highlight: Each cushion has its individual geometry that is defined by the supporting steel arches and the edge trusses.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Adidas\/adidas-laces-ETFE_2.jpg","formattedCreationDate":"2017-05-03","formattedModificationDate":"2020-11-17","isTopReference":false,"link":"","localizedUid":43,"name":"Pneumatic roof made from ETFE foil","niceString":"adidas Laces, Herzogenaurach: Pneumatic roof made from ETFE foil","pid":47,"platform":null,"processedImages":null,"seoDescription":"adidas Laces, Herzogenaurach \u2013 Pneumatic roof made from ETFE foil","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1605606049,"uid":11,"youtubeVideoId":""},{"additionalDescription":"","crdate":1542208873,"description":"Technical \/ General information:<\/b>\r\n Membrane design:<\/b> ETFE foil-cushion
Dimensions\/sqm:<\/b> 1.300
Architect:<\/b> RKW Architektur, D\u00fcsseldorf
Client:<\/b> KK7 GmbH % Co. KG, Essen
Membrane Completion:<\/b> August 2018\r\n

<\/h3>\r\nProject<\/b>\r\nThe new Deutsche Bahn office building "Lister Dreieck" in Hannover\u2019s central train station district certainly lives up to its name. Built on a triangular site, this building with its traditional clay brick fa\u00e7ade is anything but traditional.\r\nThe triangular theme continues in the breathtaking triangular shaped atrium. This courtyard roofing is a natural communication hub spot that can equally be used as an event space to be enjoyed by the individual offices. Walkway bridges suspended from the supporting steelwork structure connect the different sides of the building.\r\nFour triangular ETFE cushions are arranged to form a large triangular atrium that spans the courtyard. The translucent ETFE foil cushions with three layers of foil were installed by Temme \/\/ Obermeier. The upper layer of foil is printed with a subtle silver print to reduce solar gain. See and click on our film clip here<\/link> to view the translucent ETFE foil cushion roof.\r\nTemme \/\/ Obermeier is proud to have delivered this light-filled atrium roof with very exacting structural requirements on behalf of the Deutsche Bahn!\r\n

<\/span><\/span><\/p>","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Lister_Dreieck__Hannover\/DSC_4702.JPG","formattedCreationDate":"2018-11-14","formattedModificationDate":"2022-05-05","isTopReference":false,"link":"","localizedUid":188,"name":"ETFE foil cushion roof","niceString":"Lister Triangle, Hannover: ETFE foil cushion roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"Lister Triangle, Hannover \u2013 ETFE foil cushion roof","seoTitle":"ETFE-foil cushion-roof - Lister Triangle, Hannover","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1651743737,"uid":187,"youtubeVideoId":""},{"additionalDescription":"","crdate":1525864298,"description":"

Technical \/ General information:<\/h3>\r\n Membrane design:<\/b> ETFE foil-cushion
Dimensions\/sqm:<\/b> 930
Architect:<\/b> Bolles + Willson
Client:<\/b> ARGE BP Lingen Leuchtturmprojekt
Membrane Completion:<\/b> July \/ August 2018\r\n

<\/h3>\r\n

Project<\/h3>\r\n<\/span>\r\nBP Lingen's new administration and service centre has been given a pyramid - designed as an ETFE foil-cushion construction. Due to its dimensions alone; it has a height of approx. 17 m and an impressive base area of approx. 24 m x 17 m, it is an impressive large membrane masterpiece! In mid-July 2018, the 33-ton steel framework of the pyramid was lifted onto the BP administration building and immediately equipped with four ETFE side surfaces, which in turn consist of 60 triangular ETFE foil cushions. \r\nWith this pyramid (called \u201clighthouse\u201d), the building complex received a unique, transparent and light-flooded atrium roof. The atrium below now has a special spatial experience due to the incident daylight, which not only makes the heart of an architect beat faster. \r\nIn future, the membrane dome will be illuminated in colour. The "luminous function" together with the pyramid shape will give the BP building complex special attention in the dark from a distance.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/BP_Lingen\/1543935754216.jpg","formattedCreationDate":"2018-05-09","formattedModificationDate":"2023-11-16","isTopReference":false,"link":"","localizedUid":166,"name":"ETFE foil cushions as a pyramid","niceString":"BP, Lingen: ETFE foil cushions as a pyramid","pid":47,"platform":null,"processedImages":null,"seoDescription":"BP, Lingen \u2013 ETFE foil cushions as a pyramid","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1700141758,"uid":165,"youtubeVideoId":""},{"additionalDescription":"","crdate":1502176988,"description":"

Technical \/ general information:<\/h3>\r\nStructure:<\/b> ETFE- foil cushion-roof 
Size \/sqm:<\/b> 1.100
Architects:<\/b> Team V, Rotterdam, NL
Client:<\/b> Fa. Visser & Smit Bouw, Volker Wessels Group
Assembly<\/b>: from August to November 2016\r\n

Project:<\/h3>\r\nWhat do you do if an existing building can\u2019t actually carry the loads of a transparent roof over a courtyard? Best of all: order the team of Temme \/\/ Obermeier!

A separately planned and built-in steel frame with a weight of more than 45 t (therefore more than 50% of the whole steel structure) in the floor below the roof level allowed the installation of a 2-layer cable support. Still level lower, inclined flying columns were fixed in this cable net. The actual support structure for receiving the ETFE foil cushions was placed thereon. All this was successfully planned and realized by the Temme \/\/ Obermeier team together with IF Group.

In addition a circulating gutter decoupled from the roof level was installed. Now only small horizontal forces would affect the existing building of the provincial government of Gelderland.

The building was completed by a sun protection. To ensure this, an IR-reducing ETFE foil was installed by Temme \/\/ Obermeier. This film appears gray-bluish, hardly changing the color perception but giving a slight darkening.

Projectbrochure: link<\/link>

This project won the Dutch Steel award 2018 in the category E "characteristic steel construction". link<\/link><\/span>","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Het_Gelder_Huis\/het_gelder_huis_2.jpg","formattedCreationDate":"2017-08-08","formattedModificationDate":"2021-03-16","isTopReference":false,"link":"","localizedUid":132,"name":"ETFE foil cushion roof","niceString":"Het Gelders Huis, Arnhem, Netherlands: ETFE foil cushion roof","pid":47,"platform":null,"processedImages":null,"seoDescription":"Het Gelders Huis, Arnhem, Netherlands - ETFE foil cushion roof with IR filter","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1615890603,"uid":131,"youtubeVideoId":""},{"additionalDescription":"","crdate":1500879297,"description":"

Technical\/General information<\/h3>\r\nMembrane design:<\/b> ETFE-roofing (atrium), pneumatic, 2layer
Dimensions\/sqm:<\/b> 480
Architect:<\/b> Carpus & Partner AG
Client:<\/b> DWI at RWTH Aachen e.V.
Membrane Assembly:<\/b> October 2011\r\n

Project<\/h3>\r\nPatios of any kind of public and commercial buildings are very often popular meeting and gathering places. In order to benefit from these places as long as possible throughout the year, considering Mid-European climatic conditions, it demands a protection against wind and weather. Therefore, the \u201cDeutsche Wollforschungsinstitut\u201d (German wool research institute) at the \u201cRheinisch-Westf\u00e4lische Technische Hochschule Aachen\u201d (Rheinish-Westfalian Technical University of Aachen) initiated an architectural project to achieve such a roofing for their new patio.\r\nDuring the past years, the institute has expanded from a mid size research facility to an acknowledged institute with great prospects for continuing growth. Therefore, the institute demanded further space for research, administration and departments. According to the design of Carpus+Partner Architects a new created L form structure together with the also L form shaped existing building surrounds a square patio. The architects designed a highly translucent lightweight foil roof. Temme Obermeier <\/i><\/b>assisted the development and provided the implementation of this ETFE cushion roof<\/b> including the supporting steel structure spreads. The structure is made of lenticular, fragile looking steel beams connected to each other. Trapezoid shaped foil cushions fill in the spaces between them and thus form an effective protection against rain by simultaneously providing a clear view to the sky above.","firstImageUrl":"fileadmin\/redaktion\/Referenzen\/DWI__Aachen\/DWI_Achen_ETFE_2.jpg","formattedCreationDate":"2017-07-24","formattedModificationDate":"2021-07-02","isTopReference":false,"link":"","localizedUid":110,"name":"Pneumatic ETFE foil canopy","niceString":"DWI, Aachen: Pneumatic ETFE foil canopy","pid":47,"platform":null,"processedImages":null,"seoDescription":"DWI, Aachen \u2013 Pneumatic ETFE foil canopy","seoTitle":"","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1625210512,"uid":28,"youtubeVideoId":""}],"uid":9,"value":"Office and administrative buildings"}],"firstImageUrl":"fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_01.jpg","formattedCreationDate":"2023-08-09","formattedModificationDate":"2024-06-13","imageUrls":["fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_01.jpg","fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_02.jpg","fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_03.jpg","fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/Basel_TO.jpg"],"imagesArray":[{"uid":2407},{"uid":2408},{"uid":2409},{"uid":2410}],"isTopReference":true,"link":"","localizedUid":246,"name":"PVC\/PES fa\u00e7ade","niceString":"<\/i> St\u00fccki Park, 2nd building sektion, Basel, Switzerland: PVC\/PES fa\u00e7ade","platform":null,"platformArray":[null],"processedImages":[{"xs":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_01.jpg","sm":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_01.jpg","md":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_01.jpg","lg":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_01.jpg"},{"xs":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_02.jpg","sm":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_02.jpg","md":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_02.jpg","lg":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_02.jpg"},{"xs":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_03.jpg","sm":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_03.jpg","md":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_03.jpg","lg":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/22803_Basel_BA_2_ProjBeschr_Bild_03.jpg"},{"xs":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/Basel_TO.jpg","sm":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/Basel_TO.jpg","md":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/Basel_TO.jpg","lg":"\/fileadmin\/redaktion\/Referenzen\/Basel_Stuecki_Park\/Basel_TO.jpg"}],"seoDescription":"St\u00fccki Park, Basel, Switzerland \u2013 PVC\/PES fa\u00e7ade","seoTitle":"PVC\/PES fa\u00e7ade - St\u00fccki Park, Basel, Switzerland","shortName":"","subtext":"","sysLanguageUid":1,"tstamp":1718277799,"uid":245,"youtubeVideoId":""}],"customers":null,"filters":null,"platforms":null,"pageIds":{"homePageId":"1","detailPageId":"49","filterPageId":"5","currentPageId":49},"projectLinks":{"245":"\/en\/projects\/detailview-references\/pvcpes-facade\/"}}