What is an Expansion Tank?
Features of an Expansion Tank
The expansion tank, one of the two main components of heat exchanger systems, is the tank where the colder fluid of the two fluids exchanging heat comes from. The cold fluid entering this tank starts to expand as it absorbs heat. This expansion causes an increase in pressure. Various measures are taken in expansion tanks to provide the necessary strength due to this increase. The thickness, the chemical structure, and physical properties of the material used are also factors taken into account when taking these measures. In this way, it both extends the life of the heat exchanger system and makes it more efficient. All the information you want to know and learn about expansion tanks in heat exchanger systems is available at https://www.vefaheat.com/tanklar-2/genlesme-buzusme-tanklari/. The expansion tank to be manufactured must be absolutely rigid.
Importance of the Expansion Tank
It is assumed that the expansion tank will operate between 70 ˚C and 90 ˚C during its production, but operating above 80 ˚C can lead to various problems. Assuming that water is generally used in heating systems, considering the chemical and physical behavior of water, it can show different properties after this temperature value. Expansion tanks are not recommended for systems that can operate below 10 ˚C. It would be more appropriate to use buffer tanks in such systems. Expansion tanks are the main system part that accommodates the pressure in heat exchanger systems. The fluid that provides heat increase causes thermal stresses in the expansion tanks within the heat exchanger system. There are various problems that can occur as a result of these stresses. Balance tanks are used to minimize these. In this way, these thermal stresses are somewhat kept in balance by trying to maintain thermal equilibrium. By contacting us, you can make the most accurate choice according to your demands.
