Test results for initial thermal conductivity show a value of λi=0.022 W/mK This feature is reflected in the ability of the thermal insulation system to ensure small temperature variations in any type of building. This optimises energy consumption and results in lower costs

The behaviour of the Joris Ide Thermoconfort insulation system has been tested in the long term at the INCERC (Romanian Institute for Research and Development in Construction) laboratories, using the accelerated ageing method over a duration of 175 days with an exposure to 70 degrees Celsius. The use of Joris Ide Thermoconfort means an initial investment that does not need to be replaced after a certain period of time as with other thermal insulation systems because the thermal insulation properties do not undergo major changes.

The energy efficiency classification has become an important criterion for any type of building. Joris Ide Thermoconfort has been successfully used by customers for passive buildings due to its thermal conductivity. Test results from the accelerated ageing method support this and prove the effectiveness of the insulation over time.

Trends in fighting climate change and the rampant growth of energy prices are leading to stricter legislation on energy efficiency in buildings. Joris Ide Thermoconfort meets the demands of the new standards. This is a deciding factor in global sustainability projects.

With a compression resistance of over 150 kPa, it provides effective support for any type of application: roof, terrace, wall or floor. The declared value has been determined by INCERC tests. Joris Ide Thermoconfort can take on additional loads such as solar panels, concrete screeds or green roofs, with a load-bearing potential of 15 tonnes per m².

The fire simulation tests we have carried out have highlighted the protective capacity of the building structure. In such a scenario, the surface chars and does not allow the fire to spread. The performance of Joris Ide Thermoconfort is attested by the certifications issued by INZAlab, REI - 30 minutes and Broof (T1).

The closed cellular system minimises the action of water and does not allow infiltration. Because it does not retain water it significantly reduces the drying time of buildings, whether industrial or residential. Due to its impermeability features, Joris Ide Thermoconfort retains 99% of its original properties, as proven by the accelerated ageing test. Thus, unlike conventional solutions, the thermal insulation system does not need to be replaced after 15 years.

Joris Ide Thermoconfort features a perimeter tongue and groove system. This eliminates the creation of thermal bridges and contributes to stability during installation.

The advantage of the large dimensions of Joris Ide Thermoconfort panels is reflected in the reduced assembly time. They can be easily handled by a team of at least two workers. Cutting is done using a saw or a cutter in seconds, with no waste on site

Joris Ide Thermoconfort has already been successfully used in a variety of industrial and residential roof, wall and floor applications. It can also be used in applications with special requirements such as: cold and freezing rooms, car bodies, ventilated façades, attic conversion on both traditional brick support and metal structures.

Customers choose to use Joris Ide Thermoconfort due to the fact that in addition to thermal insulation, the product also has sound-proofing properties. Joris Ide Thermoconfort is used in event halls because it does not allow noise to propagate into the surroundings.

The performance of Joris Ide Thermoconfort equals most types of thermal insulation systems, wgile using smaller thicknesses. A Joris Ide Thermoconfort board of 100 mm is equivalent to a mineral wool board of 160 mm and a polystyrene board of 200 mm.