Heat Exchanger Plate in Plate Heat Exchangers
What Does a Heat Exchanger Plate Do?
In ordinary heat exchangers, many problems arise during heat transfer. The desired efficiency is often not achieved, and breakdowns and efficiency losses occur in the heat exchanger due to the accumulation of dirt and sediment. Breakdowns occur. The large area it occupies also brings many problems. All these problems create safety and economic issues. Plate heat exchangers were produced to eliminate these problems. The efficiency obtained from these exchangers is many times better than others. Due to its tight structure, it occupies less space and provides effective defense against external impacts and pressures. You can find more information at https://www.vefaheat.com/esanjorler/contali-plakali-esanjorler/.
In addition, it is easily cleaned due to its detachable feature. It is the most preferred heat exchanger system due to many of its features, from the efficiency obtained to meeting the desired conditions economically.
Correct Alloy Ratio in Heat Exchanger Plates
The heat exchanger plate used in plate heat exchanger systems is the brain of this heat exchanger system. The selected heat exchanger plate will affect the operation of the entire heat exchanger system and will be the most important step for factors such as efficiency and safety. When choosing a heat exchanger plate, the intended use and the maximum number of people intended to use it should be well considered. Otherwise, regardless of the features of the heat exchanger system or the selected heat exchanger plate, it will bring problems due to not providing sufficient capacity. The heat conductivity coefficient of the heat exchanger plate, which we call the ‘k’ value, should be high. The heat conductivity coefficients of some metals and alloys are as follows:
- Substance Temperature -t- (˚C) Heat conductivity -k- (W/mK
- Aluminum -73 237
- Gold -73 327
- Copper -73 413
- Copper – Brass (Yellow Brass) (%
- 70 Cu, 30% Zn) 20 111
As can be understood from these substances, copper should be the first choice for the heat exchanger plate. Technical values change as the alloy ratios change.
