Floating Coil Heat Exchanger

The hot water system is widely applied to hotel, restaurant, government, school,

hospital, industrial factory dorm and other occasions, those hot water is heated

by Stream-water exchanger. For long time, people widely adopt reserved heater(shell

and tube exchanger mainly), which occupy too many, and it is very hard to control

temperatures for this processes is similar with match-fired boiler, meanwhile

it is not average for the load requirement of boiler. So, this exchanger consumes

high energy , requires big room, complicated structure, produced scales easily,

clears difficult, thermal efficiency low. Based on these reasons, the exchanger

is provided with characteristic that is limited-reserved water and recovered

quickly, which can attain temperature to be controlled exactly. Meanwhile, as

adopting the newest technological exchanging organ, it makes areas small and thermal

efficiency high, and can clear scales automatism, service expediently. At

present, it is very popular for this product, particularly in Europe. And it uses

at hotel of star grade nine tenths interiorly.



Based on bringing advancing technology and mass experimental, we have produced 3

level floating coil heat exchanger which can get rid of dirty automatic, control

temperature exactly, characteristic of saving energy effect is notability all that

is well popular for all circles. It comes out based on continuous experiment

and innovation from original product.



Compared with aged product, device for increasing remnant stream condensation this

time utilize theory of steam-liquid current, then obtain the latest scientific

research, which settle problems of remnant stream  remain in coagulate water in

aged product, which improve using rate of heat energy. Meantime, this equipment

plays the role of scattered-water implement  In this way, one side it can avoid

energy loss resulted by quality instability of scattered-water implement, on the

other hand, it can also make the loss of floating tube reduce, the improved exchanger

can normally operate with pressure over 0.05Mpa, while the former one which

need at least 0.2Mpa.



The changed heat exchanger has been improved on clearing scales automatically and

controlling temperature automatically.