All events in nature develop in a way that the quality of energy decreases. An example of this is the cooling of a cup of coffee left on the table over time or the heating of a cold soft drink over time. 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. Heat is a type of energy and according to the 2nd Law of Thermodynamics, heat 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. In order to provide the desired comfort environment in the building, the heat lost in winter must be compensated by a heating system and the heat gained in summer must be removed from the indoor environment by a cooling system. Energy is spent for both heating and cooling processes. Limiting heat gains and losses in a building means reducing the amount of energy that needs to be consumed for heating and cooling purposes. Heating and cooling processes often require the transportation of hot or cold fluids through the relevant installations. Due to the 2nd Law of Thermodynamics, it is inevitable that a heat transfer occurs from the hot fluid to the medium or from the medium to the cold fluid, which reduces the quality of the energy. In order for heating and cooling systems to operate with the desired performance, the fluid must be used hotter or colder than it should be, taking into account the amount of these losses and gains. This causes an additional energy consumption.
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 provide 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 realized in buildings in accordance with the rules has many benefits for individuals and countries. The most important of these is the contribution of thermal insulation to energy saving. (quoted from https://www.izoder.org.tr)
Main Sheathing and Exterior Facade Applications;
✓ Siding Exterior Cladding ✓ Thermal Insulation Cladding ✓ Panel Cladding ✓ Thermal Insulation Felt
