Spiral Fin Tubes Heat Exchanger

Spiral Fin Tubes Heat Exchanger

spiral fin tube

Spiral Fin Tubes Heat Exchanger

Spiral Fin Tubes Heat Exchanger We offer a wide variety products of Spiral Fin Tubes Heat Exchanger to national & international market . With incredible expertise in design and best quality, the company is serving the customers according to the application with innovative technology, high quality and cost effective solutions.

Used In:

  • Wet processing machinery for textile industries
  • Plywood industries
  • Food processing Industries
  • Heat Recovery project
  • Paper manufacture industries
  • Printing industries
  • Chemical & fertilizer industries
  • Air Pre Heater
  • Boiler Plant
  • Radiator

We design finned tube heat exchangers carefully as per international standards and the quality is tested with its own quality control department.

Material of Construction:-

  • Stainless steel
  • Mild steel
  • Copper
  • Aluminum
  • Brass

Difference Types of Finned Tubes :-

  • Continuous spiral crimped finned tubes
  • Square/Rectangular finned tubes
  • Extruded Finned tubes
It is an object to provide a finned tube type heat exchanger (spiral tube fin heat exchanger) capable of having a reduced size and having an increased heat exchange efficiency and, therefore, an increased performance. A spiral tube fin heat exchanger includes a plurality of heat transfer tubes that allow a heat exchanging object to flow therein and each including a radially-extending tube fin on an outer peripheral surface thereof, the plurality of heat transfer tubes being arranged to be oriented in an identical direction, wherein the tube fin has a spiral shape and has a spiral axis being coincident with a center axis of each of the heat transfer tubes, and the plurality of heat transfer tubes are arranged such that tip ends of tube fin portions in one of adjacent heat transfer tubes intrude between tube fin portions in the other one of adjacent heat transfer tubes.

A spiral tube fin heat exchanger comprising a plurality of heat transfer tubes that allow a heat exchanging object to flow therein and that each include a radially-extending tube fin on an outer peripheral surface thereof, a plurality of heat transfer tubes being arranged to be oriented in an identical direction,

wherein the tube fin has a spiral shape and has a spiral axis being coincident with a center axis of each of the heat transfer tubes, and the plurality of heat transfer tubes are arranged such that tip ends of tube fin portions in one of adjacent heat transfer tubes intrude between tube fin portions in the other one of adjacent heat transfer tubes.