In recent years, the construction market in Poland has experienced dynamic growth, resulting in heightened competition among developers. As a result, building materials that affect the quality, durability and energy efficiency of new apartments are becoming increasingly important. One effective solution is the application of PIR boards as thermal insulation. In this article, we will take a closer look at this material and its advantages that contribute to its popularity in development investments.
Characteristics of PIR boards
PIR boards are an insulating material with a high thermal insulation coefficient, as well as excellent mechanical properties and resistance to atmospheric factors. They are made of hard polyurethane foam modified with a bonding substance - isocyanate. Due to the incorporation of this material, PIR boards exhibit exceptional dimensional stability and are less prone to deformation resulting from temperature fluctuations or mechanical loads. In addition, PIR boards are characterized by low water absorption and higher fire resistance compared to other insulating materials.
The use of PIR boards in residential construction
Developers are increasingly reaching for PIR boards due to their versatility. PIR boards can be utilized for insulating roofs, external walls, floors, and foundations, as well as in partition structures between apartments. They can be used to insulate not only single-family buildings, but also multi-family and even industrial buildings. By choosing this type of thermal insulation, developers can count on significant savings in heat energy, which translates into lower operating costs for future apartment owners.
The impact of PIR boards on the comfort of apartments
In addition to the economic benefits related to energy savings, the use of PIR boards also enhances residential comfort. Due to the superior insulating properties of these boards, the apartments are effectively safeguarded against heat loss, ensuring a comfortable living environment that remains warm in winter and cool in summer. Achieving the desired thermal conductivity coefficient necessitates a significantly reduced thickness of termPIR boards compared to other insulating materials. This approach ultimately results in an increase in usable space within the apartment.