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The large, multi-storey apartment building in Boulogne-Billancourt (near Paris) is made of brick masonry and was renovated to improve its energy efficiency using Fixit 222 aerogel high-performance insulating plaster. This allowed the appearance and the various types of balconies, projections and cornices to be preserved.
The 19th-century building makes optimal use of the existing space on a relatively small footprint over three floors. The Pavillon Thouvenel was renovated to improve its energy efficiency using Fixit 222 aerogel high-performance insulating plaster. The façade now shines in new splendour, while energy consumption has been reduced.
The historic Mühlestock building in Madiswil is a listed building, which meant that external insulation was not an option in this case. In order to renovate the building in line with conservation requirements and improve its energy efficiency, Fixit 222 Aerogel high-performance insulating plaster was used. This allowed the interior walls to be visually preserved with their original character and historically curved, slightly sloping walls. The insulating plaster was applied to the quarry stone masonry of the interior walls with a layer thickness of 3–8 cm.
The multi-storey townhouse in Kremlin-Bicêtre (near Paris) is built of quarry stone and has a relatively sloping exterior façade. In order to preserve its appearance and reduce the building's energy consumption, an energy-efficient renovation was carried out using the high-performance insulating plaster Fixit 222 Aerogel.
This detached house from the 1920s is the first Minergie-certified building in Switzerland to be renovated for energy efficiency using Fixit 222 Aerogel high-performance insulating plaster. In order to retain the window reveals, the old plaster was completely removed and then replaced with Fixit 222 Aerogel high-performance insulating plaster. Finally, the entire façade was painted twice with Fixit 786 Si silicate-silicone roll-on paint in a dark terracotta shade. Thanks to the low layer thickness of Fixit 222 Aerogel high-performance plaster, the original appearance of the building was retained.
The façade of the detached house, which dates from the 1940s, was recoated with Fixit 222 aerogel high-performance insulating plaster. To do this, the existing plaster only had to be removed from the reveals and lintels for insulation purposes. The concrete window sills were replaced with insulated Dosteba elements. This significantly reduced the heating requirements.
The Faubourien apartment building at 127–129 Rue de Charenton is a typical 19th-century multi-storey residential building in Paris. The energy-efficient renovation was carried out using Fixit 222 aerogel high-performance insulating plaster. This made it possible to preserve the original, characteristic appearance of the exterior façade, windows and French balconies.
The Reformed parish hall in Bassecourt was to undergo energy-efficient renovation. To this end, the existing interior plaster was removed and Fixit 222 aerogel high-performance insulating plaster with a layer thickness of 3 cm was applied.
The municipal administration of Zweisimmen is housed in a building constructed in 1897, to which an extension was added on the north side in the 1960s. The exterior façade was last renovated at the end of the 1980s. The municipality of Zweisimmen has been awarded the ‘Energy City’ label and therefore wanted to bring the administration building up to the latest energy standards. In order to preserve the original appearance of the exterior façade, Fixit 222 aerogel high-performance insulating plaster was used.
The historic ‘Barandun’ building underwent an energy-efficient façade renovation. To this end, the existing base plaster was removed, the underlying masonry was dry cleaned and the entire façade was prepared with brick lath. Fixit 222 Aerogel high-performance insulating plaster with a layer thickness of 3–5 cm was applied directly to the brick lath. This was followed by Fixit 733/734 Stucco finishing plaster, which was painted twice with mineral Fixit 784 OF sol-silicate paint.
The 16th/17th century building complex was renovated. The existing base coat and finishing coat were removed. The exterior façade was rebuilt using Fixit 211 cement mortar and Fixit 222 aerogel high-performance insulating plaster. This was followed by a mesh embedding with Fixit 223 special embedding mortar and a mineral finishing plaster structure with Fixit 493 substrate stabiliser and Fixit 763 finishing plaster with a grain size of 3–4 mm.
Chesa Palmira in Bever was built in 1672 and the original floor plan has remained unchanged to this day. The façade of the historic building was already in a relatively dilapidated state. During the renovation, the desire for energy-efficient improvements arose. This was achieved with Fixit 222 Aerogel high-performance insulating plaster – an 8 cm layer was applied to achieve the desired result, leaving the historic appearance virtually unchanged. Fixit 208 base mix for restoration was used as the finishing plaster. The façade was then whitewashed and the sgraffito from 1952 was restored identically.
This multi-family house from the 1960s impresses with its architecturally valuable exposed concrete walls. The energy-efficient renovation was therefore carried out in such a way that the aesthetic appearance of the building could be preserved unchanged from the outside. To this end, internal insulation made from Fixit 222 Aerogel high-performance insulating plaster was applied during the renovation. The high insulating performance of this top-quality product allows a very thin layer of only 5 cm of insulating plaster to be applied in order to achieve the desired results. (Images: Daniel Reinhard, Sachseln)
The apartment building in the centre of Rümlang underwent energy-efficient renovation – parts of the façade were insulated with COMPACT PRO rock wool insulation boards from Flumroc and, for reasons of space, the remaining façade areas were insulated with Fixit 222 aerogel high-performance insulation plaster. This meant that the existing window and door frames could be retained.
This small church in Zurich is visually striking thanks to its unique shape: floating, cubic elements are combined with a round, almost tower-like element. Insulation was to be installed to reduce energy consumption. However, conventional insulation boards would have been extremely difficult to install due to the curves. Therefore, Fixit 222 aerogel high-performance insulation plaster was used. After removing the old base and top coat layers, the system was built up using the highly efficient Fixit 222 aerogel insulation plaster. Fixit 777 fine plaster with a terracotta-coloured coat was used as the top coat.
The aim was to improve the energy efficiency of the entire detached house. To this end, approximately 100 m² of interior plaster on a total of three floors was coated with Fixit 222 aerogel high-performance insulating plaster (layer thickness 3–4 cm).
The small detached house was renovated to improve its energy efficiency. First, the base and top coats of plaster were removed. This was followed by a new build-up with Fixit 211 cement mortar, Fixit 222 aerogel high-performance insulating plaster (layer thickness 40 mm) and the mineral substrate stabiliser Fixit 493. This was followed by mesh embedding with Fixit 223 special embedding mortar, a primer coat and Fixit 730 abrasion with a grain size of 3–4 mm.
The historic detached house with its striking roof and numerous windows underwent energy-efficient renovation on the outside. To this end, the old base plaster was removed and a new mineral plaster structure was created using the Fixit 222 aerogel insulation plaster system.
The façade of the historic building, which dates back to 1922, was renovated to meet current energy efficiency standards using Fixit 222 aerogel high-performance insulating plaster with a layer thickness of 50 mm. Fixit 777 mineral fine plaster ensures a harmonious appearance.
The school building with its small bell tower, dating from 1884, has been extensively renovated. Fixit 222 Aerogel high-performance insulating plaster was used to reduce energy consumption and preserve the original appearance of the building.
First, the base coat and finish coat were removed from the 19th-century apartment building. The new insulating plaster structure consists of Fixit 211 cement mortar, followed by a layer of Fixit 222 aerogel insulating plaster (layer thickness 30 mm) and a mineral finishing plaster structure with the matching Fixit 784 OF sol-silicate paint.