Heat pipe, fin tube

The application characteristics of heat pipes
include long service life. The service life of this product is more than 1 year.
. The heat transferred is large. The medium in the evacuated heat pipe completes heat exchange through strong phase change. The heat transferred is about twice that of a good conductor.
The single fulcrum of the heat pipe is fixed on the cylinder, and the thermal expansion and contraction deformation of the heat pipe is not restricted, thus avoiding stress damage.
The application of heat pipes to furnaces can reduce the flue gas temperature and improve the thermal efficiency of the furnace.
The heat pipe heating furnace adopts high and new technology, making the furnace novel.
, high heat transfer efficiency. High-frequency welding fins can be used on both the cold and hot sides of the heat pipe to enhance heat transfer as needed, making up for the weakness of the low heat transfer coefficient of general gas-to-gas heat exchangers.
, effectively avoiding the cross flow of cold and hot fluids. Each heat pipe is a relatively independent sealed unit. Both cold and hot fluids flow outside the tube, and the cold and hot fluids are tightly separated by the middle sealing plate. open.
, effectively prevent dew point corrosion by adjusting the number of heat pipes or adjusting the heat transfer area ratio of the hot and cold sides of the heat pipe to increase the wall temperature of the heat pipe above the dew point temperature.
, effectively prevent dust accumulation, the heat exchanger design can adopt a variable cross-section structure to ensure the flow of fluid at the same flow rate at the inlet and outlet, and achieve the purpose of self-cleaning.
There are no rotating parts, no additional power consumption, and no need to frequently replace components. Even if some components are damaged, normal production will not be affected.