Stainless Steel Fin Tube Heat Exchanger / OEM Finned Tube Heat Transfer
Fin Tube Heat Exchanger Advantages
Steps of delivery Fin Tube Heat Exchanger
First stage---Help clients to design and select models, reasonably control cost and offer price to increase client’s bidding rate
Confirm stage---Provide accurate design drawing for the confirmation of user, fix the cost to avoid temporary changes
Production stage---produce according to the confirmed plan and ensure delivery accurately and quickly
Delivery Contents
CAD drawings for confirmation and review
Heat exchangers
Completed and details data of heat exchangers
If customer donsn't have a drawing of tube and fin heat exchanger , you could provide the basic data as following form, and we will make the design.
Fin Tube Heat Exchanger Parameters
Dry cooler/oil cooler/ hot water heater coil select | ||||
Capacity | KW | |||
Coolant | Water | other % | ||
Glycol % | Propylene glycol % | |||
Liquid Inlet temerature(DB) | C | |||
Liquid Outlet temperature(DB) | C | |||
Flow | M3/h | |||
Altitude/Ap | M/Pa | |||
Air flow/Face Velocity | M3/h m/s | |||
Air Inlet temperature(DB) | C | |||
Air Inlet temperature(WB)/ relative humidity |
C/% | |||
Frame dimension | mm | L | W | H |
Fin Tube Heat Exchanger Materials
Available materials | ||||
Heat exchange tube | Material Options |
Cu | ||
SS304 | ||||
33316L | ||||
Cu Ni | ||||
Ta | ||||
Fins | Al | Hydrophilic | ||
Cu | Exposy | |||
SS 304 | Blygold | |||
SS316L | Heresite | |||
Ta | ||||
Frame | DC51D+Z | Galvanized steel | ||
Al | ||||
SS304 | ||||
SS316L | ||||
Cu | ||||
Head pipe | Cu | |||
Steel | ||||
SS304 | ||||
SS316L | ||||
Cu Ni | ||||
Ta |