That there was a weak structures can Moines-backed, and the cost is cheap and the protection of German mold, humidity and corrosion, cooling and heating And live in a healthy environment and to reduce environmental pollution and the required use of thermal insulation performance effectively It is extremely important to avoid the misuse of these substances and the comparison of isolated buildings and buildings that are not used by the thermal insulation in our country and evaluate the temperatures including.
Temperature: Causing the heat exchange is an independent feature of the material and mass. Unit Degrees Celsius (° C) or Kelvin (K).
Temperature: The temperature difference is called the heat energy in the transmission caused. It is not a feature of substance. Unit Joule (j). Temperatures in two different systems, the temperature of the system upon contact with each other with high temperature occurs spontaneously toward the low heat dissipation system. A substance etc. According to the above description, the wall of the air (the air, walls, tables, etc.) can not be addressed from the heat and the temperatures indicated. Because it is not a feature of the heat agent it is energy in transmission. Heat conduction takes place the following three different ways.
Convection (with the message): collision results during vibration of atoms held UmUdUr heat conduction. Therefore Conductive heat transfer is seen in most solids. Convection (convective) molecules are moving freely in the fluid (liquid or gas); or changing the results of long-distance space consisting of molecules UmUdUr heat conduction. Radiation (with radiation) of heat energy, the radiation path (electromagnetic waves), the state of the transmission without the need of an intermediate carrier. Thermal conductivity is a magnitude with time. Over time or remain constant fluctuation of heat conduction, constitutes the regime of heat conduction. The most common form of heat conduction regime fixed (stable) is divided into the regime and variable regime.
Hard Diet (steady-state) Heat Conduction: Steady regime, constant temperature effect is the transmission of heat generated. The amount of heat transmitted in any two equal time intervals is always the same. This is important in terms of thermal resistance against heat transmission can show only element. Thermal resistance of the component or components, thermal conductivity values of the layer of material forming element (?) And the thickness (d) utilizing available. Thermal resistance of each layer d /? Calculated by. Thus, it must not have a significant thickness in order to be next to the small thermal conductivity of the thermal resistance of a layer. Turkish Standards and heating energy needs in European norms (winter conditions) are made according to the principles fixed regime.
Heat Conduction in variable regime: Variable temperature effect is the transmission of heat generated. The amount of heat transmitted in any two equal time intervals is variable. If the temperature and heat flow and therefore, if the time is changing periodically, takes its name periodic regime. Change of the outdoor temperature, is usually considered periodically. Cooling energy needs (summer conditions) are taken periodically regime basis for the calculation.
An important need for the user on the structure of the technical information on the structure can be understood in a way that does not require special knowledge. Acquired during the use of the money paid in exchange for the building, people healthy and ensure the lowest cost of living as a productive environment where consumers are among the most important features are to be expected from a building. The interior decoration of a building, doors and windows, accessories (door handles, sinks, etc.) it is possible to change the direction in which the consumer later. But he healthy and productive and low operating costs (water, electricity and so on. Bills, maintenance bills, etc.) And can live up to environmental conditions that determine technical specifications of the building, building to change after the management is difficult. This is why the building is in the interest of the consumer when purchasing a building be questioned in this regard.
PURPOSE OF HEAT INSULATION, ENERGY CONSUMERS NOT TO GIVE CONCESSIONS their living conditions; The efficient use of energy. SO NECESSARY CONDITIONS OF LIFE consuming less energy, less cost and is PROVIDE LESS ENVIRONMENTAL DAMAGE TO GIVE.
Thermal insulation in buildings gases by saving energy, reducing environmental pollution and prevent the institution dust emissions. Wall, thermal bridges, as well as the building envelope on the surface temperature of the floor and ceiling that has important implications for comfort. Adequate insulation contributes to the quality of life and helps to protect the building fabric. Healthy and comfortable life is only possible in places having the proper temperature and humidity conditions.
If a cost-benefit comparison is made, thermal insulation is an investment recovered and soon both ecologically and economically beneficial. However, examination of the physical and technical principles of the construction and use of the insulation material of high quality is important.
The absence of thermal insulation in buildings or as a result of a lack of thermal comfort, thermal conditions when users are required to be healthy and productive, they need to ensure very high fuel consumption. Mostly inaccessible for economic reasons in addition to the deterioration of this consumption and •'s health
Sweating in the building's interior surface (inner surface of the condensation of water vapor in the air) or mold (wall of condensation of water vapor) can be seen. This condensation results in corrosion that may occur in the building's structural elements, these issues are very important for the stability of the building.
The only way to overcome the problem is to apply the correct thermal insulation. However, the right insulation material is useful when performed with the details and application. The appearance of insulating guilty of what happened as a result of the misapplication of the sad and the person is away from making thermal insulation.
Whereas the right material, detail and craftsmanship made with thermal insulation and comfortable places to obtain each year, and both heating and / or cooling is possible to save at least half of the bill. Reduce energy consumption for cooling of the heat insulation as well as the energy consumption for heating purposes, it is also useful. First seen mold and paint damage, no competent persons made yalıtımsızlık or business and is caused by the use of incorrect material. The right insulation will eliminate these problems. Even sweating is because in many cases observed in the inner surface sanıls is in fact caused by entering external water drops the temperature of the inner surface as a result of lack of heat insulation and vapor in the indoor condensation on these surfaces. These problems will be resolved in the insulation. Also, the building bearing capacity of concrete and in terms of security of the right to do to prevent iron corrosion protection to the building, outside the thermal insulation is applied continuously Thus, concrete and iron, and the negative effects caused by weather conditions (precipitation, temperature, etc.) will be protected for the lifetime of the building, Thermal insulation as a result of heating / cooling capacity lower than the cost of the selected device also requires less able and equipment are to be provided additional financial gain fuel savings each year.
Thermal conductivity is very low
It is resistant to environmental conditions, long life
Intensity varied within a wide range so that all features can be controlled over a wide range as desired
The water absorption rate is very small,
Many other heat in both the production stage by the insulation material is more environmentally friendly in the following period than both (damaging the ozone layer and in the production of CFC and so on. It does not contain direct as it does not cause global warming, which is a material recycling).
There are very good shock absorption
It is resistant to bacterial growth
Desired it can be produced has a easy application
This feature has significant advantages in addition to the most economically Heat-insulating materials because of good thermal insulation applications used on a large scale in the world and in our country