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In general, heat losses experienced in houses are animated in the diagram. Although the losses in the walls are %15-%25, when the losses in the carrier systems (columns, beams, curtains) are added, it is observed that they reach 35%-40%. Heat losses occur at the junction points of different elements of buildings, i.e. at points such as walls, curtains and reinforced concrete-bricks. This situation is called a heat bridge. Mold formation is observed due to the condensation of the vapor in the environment on the building elements exposed to the heat bridge with the cooling of the air. This factor, which negatively affects oxygen quality and living comfort, shortens the life of the building. People can live a comfortable life in environments with a temperature of 20-22°C and a relative humidity of 50 percent. In winter, outdoor temperatures are well below 20°C. In summer, air temperatures are well above 20°C. Thermal energy is transferred from a high temperature environment to a low temperature environment. Therefore, energy losses occur in winter and unwanted energy gains occur in summer. The process for limiting heat losses and gains in buildings and installations “thermal insulation” is called. The process of limiting heat losses and gains in buildings and installations is called“thermal insulation“. Technically, thermal insulation is applied to reduce heat transfer between two environments at different temperatures. By thermal insulation, it is possible to extend the life of the building, to offer healthy, comfortable spaces to the user and to provide great savings in fuel and cooling costs during the building use phase. Fossil fuels are largely used for heating buildings. Gases released as combustion products as a result of burning fossil fuels cause air pollution and global warming. Reducing the amount of energy used in creating comfort conditions with thermal insulation applications prevents the increase in global warming and air pollution. Thermal insulation carried out in accordance with the rules in buildings has many benefits for individuals and countries. The most important of these is the contribution of thermal insulation to energy saving. There are three measures that can be taken to save energy without compromising the quality of life and comfort of people. These are the use of high efficiency devices, automation systems and thermal insulation. Thermal insulation takes the first place among these three measures. Energy consumption is very high in buildings without effective thermal insulation. Calculations reveal that an average of 50 percent energy can be saved in buildings with effective thermal insulation. Inefficient use of energy causes environmental pollution and negatively affects natural life.
Advantages of Thermal Insulation
1. Sustainable energy savings
2. Obtaining the values required for the Energy Performance Certificate
3. Increased thermal performance
4. A long-lasting insulation
5. Fuel saving with air tightness
6. Building breathability in case of excess water vapor formation
7. Comfortable living space
8. Prevents mold growth
9. Provides healthier breathing
Frequently Asked Questions
How to make the best thermal insulation?
With thermal insulation, it is possible to extend the life of the building, to offer healthy, comfortable spaces to the user and to provide great savings in fuel and cooling costs during the building use phase.
What is thermal insulation and what is it used for?
The process of limiting heat losses and gains in buildings and installations is called “thermal insulation”. Technically, thermal insulation is applied to reduce heat transfer between two environments at different temperatures.
Is thermal insulation useful?
Reducing the amount of energy used in creating comfort conditions with thermal insulation applications prevents the increase in global warming and air pollution. Thermal insulation realized in accordance with the rules in buildings has many benefits for individuals and countries. The most important of these is the contribution of thermal insulation to energy saving.
