The factors for which roof insulation method is best suited in each case are enough, depending on the age of the residence, the existing condition of the existing insulation, the size of the use to be made, and the available budget.

Insulations at home provide resistance to heat flow. The higher the heat flow resistance you provide the insulation, the greater the reduction in your heating and cooling costs. The right way to insulate your home not only reduces the cost of heating and cooling but also improves your comfort and living conditions.

The most common insulation materials slow down the heat flow coming through treatment and convection. Regardless of the mechanism, the heat flows from the warmest to the cooler body until there is no longer any temperature difference between the two. In your home, this means that in winter, the heat flows directly from all heated living areas to adjacent unheated lofts, garages, basements, and even outdoors. The heat flow can also be moved through the internal ceilings, walls and floors where there is a temperature difference. During the cooling period, the heat flows from the outdoor spaces inside the house.

One way to understand that our house needs insulation is if we are already facing the problem of mold or blackheads on the walls. This is due to the difference in temperature from the inside of the house to the outside. Simply put, when we open the heating, the hot air heats up and rises up because it is lighter. This results in encountering cold-water elements and creating condensations. There, microorganisms collect and create mold.

Another way is to do a warm-up measurement. The thermal camera shows the energy losses of our building through different color shades. In the winter, when the radiator is open, the unobtrusive spots of the building are presented in blue, while in the summer with dew in the house the energy losses appear in shades of red.

Types of Insulations

Insulations applied to buildings are thermo-facade, or internal thermal insulation, or roof insulation and double-wall insulation.

The thermal face is applied to the exterior elements of the building by eliminating any thermal bridges. It is the most common way of insulation and has replaced the old conventional way of double masonry.

Internal heat insulation is applied to the internal walls of the building when we are unable to intervene externally. In the internal thermal insulation we apply the thermo-facade system without the final coating, the chromosome. In place of the chromosome we scatter the system with parathyan and then paint the wall with acrylic color.

Double wall masonry was the only way to insulate buildings in the past. In the process, it was replaced with the thermal-wall system, because with double-wall insulation there was no possibility of eliminating the building's thermal bridges resulting in energy losses.

Roof insulations are the necessary way to insulate each building, as from the roof we have the biggest energy losses.

Insulation is a necessary intervention in the building initially to have the right living conditions for people living in it and also for energy saving purposes.

Insulations are applied throughout the year, provided that temperatures between 5 and 35 have to be maintained so that materials can be easily worked. Insulations made with breathable materials have absolutely no moisture trapping problem in the building.

The steps need to be followed by a certified workshop for a successful and durable roof-to-roof insulation.

    Coat layer
    Waterproofing
    Geotextile
    Thermal insulation layer
    Geotextile
    Final insulation surface