Copper Fin Tube Heat Exchanger

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Copper fin tube heat exchanger.

Our ability to draw base tube from our stock of over 1 000 tonnes allows us to react quickly to clients demands and to remain competitive with any other producer worldwide. Most heat exchangers are designed to operate at a specific. Copper coil tube type heat exchanger also called copper helical coil heat exchanger is a serpentine heat exchanger typically consists by a copper tube which is bent as needed into a desired shape such as circular spiral and the long serpentine. Other components in solar thermal water systems that contain copper include solar heat exchanger tanks and solar pumping stations along with pumps and controllers.

Efficiencies of our copper finned tube units range from 81 to 88 non or near condensing and 96 condensing using an integrated secondary heat exchanger. The copper heat pipe transfers thermal energy from within the solar tube into a copper header. As the solution circulates through the copper header the temperature rises. Profins is the largest manufacturer of helical high finned tube in the united kingdom with the facility to produce in excess of 10 000 metres of quality finned tube per week.

These heat exchangers have copper tubing expanded into copper cooling fins. Tex fin root solder bonded finned tubes are edge tension wound in the same manner as the solder dipped fintube. The soldering process utilizes enough solder to bond the base of the fin to the tube. Designs encompass conventional atmospheric fired and pressurized combustion methods with the latter available in both horizontal and vertical styles.

A nickel clad coating up to 2 mil thickness is available to provide extended corrosion protection. Scale or any other material that accumulates on the heat exchange surface acts as an insulator and reduces the efficiency of the heat exchanger. They are electro static dip painted for hostile environments. Copper or cupro nickel tube to copper fin with nickel brazed welded method of fin tube attachment for temperatures to 1 750 f optional protection.

Heat exchangers allow heat to flow through a material generally a copper tube or stainless steel plate from the hot side to the cool side. 6105g1 copper tube fin heat exchanger. Conventional brass tube copper fin radiators provide an efficient and economical heat transfer surface however the relatively light gauge copper fin strip in a raw state may be susceptible to corrosive attack in environments such as. Equivalent bundles for your existing air cooled heat exchangers or compressor coolers.

Solder coated is a highly durable heat transfer surface for corrosive environments. U s or r stamps and bolt in without requiring field modifications.