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In industry, problems often arise to carry out heat transfer between media with high pressures and temperatures, both with a change in the phase state of the medium, and without a change. Tubular heat exchangers successfully perform similar tasks.
For example, if it is necessary to condense high temperature steam, more than 180 ° C, the best solution would be to use a tubular heat exchanger. Steam must be directed into the annular space, which cools the water inside the tube bundle. Due to the high heat transfer coefficient, the tubular heat exchanger - the condenser will be quite compact even under heavy loads. The high structural strength ensures a long service life. Tubular, or, as they say, shell-and-tube heat exchangers, also allow condensate to be supercooled to the temperature required by the process technology.
Materials used in the manufacture of tubular heat exchangers - carbon steel, stainless steel, various alloys, titanium.
The engineers of the OPEKS ENERGOSYSTEM company will perform the necessary calculations and select the optimal tubular heat exchanger for various technological processes.
Individual heating station of the heating system according to an independent connection scheme
Reducing valve for steam Yoshitake GP-1000EN
Float steam trap Yoshitake TSF-10
Centrifugal steam separator OPEKS-1-SC16-1-F50
Plate heat exchanger THERMAKS РТА (GC)-16
Brazed heat exchanger SWEP B25T
Brazed heat exchanger SWEP B25THx20
Shell and tube coolers
Safety valve LESER 441/442