The main task of properly applied thermal insulation is protecting the room against heat loss. Proper insulation can save up to 40% heating the specified object. It is therefore very economical solution, which have been successfully adopted in the construction. Moreover, they consume less energy for warming the complex, the more we are environmentally friendly, in fact significantly reduce carbon dioxide emissions to the atmosphere.
The pressure from the individual institutions (including Directive 2003/54/EC of the European Parliament no) to reduce carbon emissions and greater community awareness of the impact of construction on the release of greenhouse gases, consequently gave the energy saving effect of mass.
The heat transfer involving three basic factors: conduction (strictly dependent on the insulating properties of the material are effectively, the more effective it becomes conduction), convection (the fixed amount of air in the room reduces convection), radiation (chemical transfers decrease with larger quantities of radiation absorbed).
The thermal properties of the material is a function of its density, thermal conductivity and specific heat. The corresponding thermal mass easily absorbs excess heat, whether, whether its source is sunlight, or elements within the environment (np. lighting, computers, people). The thermal mass acts as a heat sink. When the room gets chilly – previously accumulated gradually releases heat into the environment.
The most suitable thermal insulating materials are those with a low coefficient of heat transmission. Which in turn determines a higher thermal resistance. The thickness of the insulating coating, to be in the room to use, is closely dependent on the heat transfer coefficient. Imposed requirements of the EU clearly specify the allowable maximum value of the coefficient. The effectiveness of the thermal resistance consists: degree of thermal conductivity of insulating materials used and the thickness of the applied coating for each individual design, np. walls, Roof, ceiling, foundations.
Thus, the main objective of thermal insulation products primarily to prevent the ingress of heat to the outside of the building, through slots or holes formed in the structure. We offer heat insulation systems fully prevent such situations. Professionally made thermal insulation, effectively protects the room from moisture and also so difficult to get rid of the fungus.
Despite, that most heat escapes through the exterior walls of the building, and other surfaces also (such as ceilings, roof, basement) can not be left without adequate insulation. The main source of the large heat losses are even ceilings separating floor living space and garage. Continuous opening the door to the garage, lets cool air to the environment, and this in turn results in significant heat losses. Thorough insulation is also essential for basement ceilings. Basements are generally not heated so as Sale. Due to considerable differences in temperature, we feel bad cold from the floor. Insufficiently or even at all non-insulated basements are the cause of the loss of up to 15% heat. Comprehensive thermal insulation mortar on the ceiling of the basement is the optimal solution to this problem, and does not expose our budget for additional expenses related to the heating. Cladding systems offered by Iterm, reveal the client simple and fully cost-effective solutions.
