Housing estate comprising 198 flats, with a total floor area of 12,000 m². External walls constructed using timber paneling, solid timber ceilings and ISOCELL cellulose blow-in insulation meet the KfW 40 standard

3,200 tonnes of carbon dioxide sequestered in 5 buildings through the use of timber and wood-based materials

Reindl Bau GmbH, based in Mondsee, has completed a construction project using the ALL-IN-PROTECT façade panel.

Extension of a 700 to 800-year-old market hall in the centre of Vöcklamarkt using the ALL-IN-PROTECT façade stud system.

Annual heating costs of just under 15,000 euros seemed simply too high to Sister Priska of Herrnau Convent. The sisters took a look at their roof using a borrowed thermal imaging camera.
It was immediately clear that, in this 1950s building, most of the heat was being lost through the uninsulated roof. 

Thanks to the successful installation of ISOCELL cellulose insulation in the chapel ceiling and the convent roof, Herrnau Convent can now enjoy annual heating cost savings of up to €4,000.
 

BV HEIGL/ Großarl

Completed August 2020
All-In-Protect façade
ISOCELL cellulose insulation

BV HEIMAT ÖSTERREICH / Salzburg
, Friedrich-Inhauser-Straße

Work carried out from October 2020 to August 2021
All-In-Protect façade / fire protection
ISOCELL cellulose insulation

For a combined heat and power plant in Laßnitzhöhe, two buffer tanks with a total volume of 200,000 litres were insulated with ISOCELL cellulose by Peterka. 
For the buffer tanks, which are over 14 metres high, the cellulose was blown in layer by layer and compacted. The joint-free and straightforward application makes it easier to insulate such large-scale projects. 

No material is better suited to insulating shafts than ISOCELL cellulose.
It can be blown in easily from all sides without settling or leaving gaps. Every crevice is insulated. What’s more, the cellulose offers excellent sound insulation properties.

“The greatest challenge with this project was to realise a three-storey building with the same energy standard as a passive house”, said the executive architect, Alexander Treichl. ‘Matador’ is Austria’s first timber-built hall of residence for students that achieves its passive house quality and the pleasant living climate among other things thanks to the ISOCELL cellulose insulation.

The Samermösl housing complex is Austria’s largest multi-storey timber-built passive house residential complex. In selecting the materials, the architect DI Simon Speigner from Thalgau opted to use products that were unobjectionable from the point of view of building ecology. Planners and contracting companies also trust in the high-quality products from ISOCELL in the implementation of the airtight layer.

In the thermal renovation of the detached house, the roof and the facade were insu-lated in addition to installing new windows.
“I wanted to offer the hard-working ISOCELL instal-lers a cake in the afternoon, but the facade was finished so quickly that they were already done and on the way to the next building site”, said the house owner. 
The U-value of the house was about 0.8 W/m²K before the renovation, now it is 0.15 W/m²K.

In the construction of the new detached house it was not only the outstanding insulating characte-ristics that were particularly important to the young family man, but also safety in the event of fire.
ISOCELL cellulose insulation is classified under fire class B-s2,d0 – which means that it is flame resis-tant, unlike EPS insulating materials.
In addition, the sound insulation is significantly better.

The positive product properties of ISOCELL cellulose insulation as well as the gentle work process really come in to their own when renovating historical buildings. The injection process is accomplished rationally and with low dust levels. The result is a jointless insulating mat with no thermal bridges that meets the highest energy saving and room climate demands.

The entire 315 m² flat roof construction of the former Porr residential complex was insulated with 3.5 tonnes of ISOCELL cellulose insulating material in just eight working hours. The insulation of the roof construction dating from the 1970s would not have been possible with conventional board insulating materials due to the cramped spatial conditions.

The district of St. Marien chose the WoodyFIX system for the insulation of the attic of its elementary school. Apart from the use of an ecological insula-ting material – St. Marien is a ‘climate protection district’ – a deciding factor was that the attic remains usable as an accessible area. With the insulation of the top floor the elementary school in St. Marien now saves 42 % heating energy.

The potential for an energetic improvement of the Moser family’s large house in Palting was recognised and tackled. The WoodyFIX elements were brought into the attic and stuck together and the OSB boards were attached. Afterwards the hollow space was filled with ISOCELL cellulose.

It is so straightforward to make a well-insulated building out of an energy waster. The roofing contractor opened the roof in various places. The company LKI from Nidda-Harb insulated the 600 m² roof area with 30 cm ISOCELL in just a short time.