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Extruded Type Finned Tube Air Heat Exchanger

    Payment Type: L/C,T/T,Paypal
    Incoterm: FOB,CFR,CIF
Basic Info

BrandWST

PrincipleMixing Heat Exchanger

Structure MaterialMetal Material

CoreCore Evaporative Heat Exchanger

TypeStainless Steel Heating Equipment

ApplicationHeater

StyleSteel Type

Ceramic Heating Equipment TypeCeramic Electric Heater

Mixing Heat Exchanger TypeCooling Tower

Recuperative Heat Exchanger TypeTube Type Heat Exchanger

Heat Transfer SurfacePlate Heat Exchanger

Additional Info

PackagingUnpackaged

TransportationOcean

Place of OriginWuxi City,China

Payment TypeL/C,T/T,Paypal

IncotermFOB,CFR,CIF

Product Description
Extruded Type Finned Tube Air Heat Exchanger, Finned radiator is most widely used in gas and liquid heat exchanger of a heat exchange equipment. It through a common base pipe with fin to achieve the goal of strengthening heat transfer. The base tube can use steel tube; Stainless steel tube; Copper tube, etc. Finned steel belt can also be used; Stainless steel belt, copper tape, ribbon, etc. Finned heat exchanger is mainly used for air heating in the drying system, is the main equipment in air heater, radiator the heat medium can be steam or hot water, also can use heat conduction oil, steam pressure is generally not more than 0.8 Mpa, hot air temperature under 150 ℃.
This type of heat exchanger uses "sandwiched" passages containing fins to increase the effectiveness of the unit. The designs include crossflow and counterflow coupled with various fin configurations such as straight fins, offset fins and wavy fins.
Plate and fin heat exchangers are usually made of aluminium alloys, which provide high heat transfer efficiency. The material enables the system to operate at a lower temperature and reduce the weight of the equipment. Plate and fin heat exchangers are mostly used for low temperature services such as natural gas,helium and oxygen liquefaction plants, air separation plants and transport industries such as motor andaircraft engines.

Advantages of plate and fin heat exchangers:
  • High heat transfer efficiency especially in gas treatment
  • Larger heat transfer area
  • Approximately 5 times lighter in weight than that of Shell And Tube Heat Exchanger.
  • Able to withstand high pressure
Disadvantages of plate and fin heat exchangers:
  • Might cause clogging as the pathways are very narrow
  • Difficult to clean the pathways
  • Aluminum alloys are susceptible to Mercury Liquid Embrittlement Failure
 Finned Tube Air Heat Exchanger

No. of surfaceTubes Height(mm) Thickness(mm) Dia of water pipe Length(mm)
2rows 4rows 6rows 8rows
4 228 160 180 260 330 48 300-2500
6 304 160 180 260 330 48 300-2500
8 380 160 180 260 330 48 300-2500
10 456 160 180 260 330 48 300-2500
12 532 160 180 260 330 48 300-2500
14 608 160 180 260 330 60 300-2500
16 684 160 180 260 330 60 300-2500
18 760 160 180 260 330 60 300-2500
20 836 180 200 260 350 75 300-2500
22 912 180 200 260 350 75 300-2500
24 988 180 200 260 350 75 300-2500
26 1064 180 200 260 350 75 300-2500
28 1140 180 200 260 350 75 300-2500
30 1216 210 280 280 350 90 300-2500
32 1292 210 280 280 350 90 300-2500
34 1368 210 280 280 350 90 300-2500
36 1444 210 280 280 350 90 300-2500
38 1520 246 280 280 350 110 300-2500
40 1596 246 280 280 350 110 300-2500
42 1672 246 280 280 350 110 300-2500
44 1748 246 280 280 350 110 300-2500
46 1824 246 280 280 350 110 300-2500


Product Categories : Heat Exchanger

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