|Name:||Low Pressure Brazed Aluminum Fin Type Heat Exchanger For Ethylene Glycol||Type:||Heat Exchanger|
|Structure:||Fin-tube Type||Tube Material:||Aluminum|
|Composition:||Up And Down Water Pipe Air Filter Hose Silicone Pipe||Process:||Elbow, Punching, Expansion, Stringing, Drying,|
|Pressure:||Low Pressure||Application:||Heating System|
ISO14001 brazed aluminum heat exchanger,
evaporator brazed aluminum heat exchanger,
Low pressure brazed plate evaporator
|Tube Size||Fin (OD)||Fin Height||Fin Thickness||Fins Distance|
|Φ18x2 mm||Φ38 mm||10 mm||0.3 mm||4-5 mm|
|Φ21x2 mm||Φ45 mm||12 mm||0.3 mm||5-8 mm|
|Φ21x2 mm||Φ51 mm||15 mm||0.3 mm||5-8 mm|
|Φ25x2 mm||Φ50 mm||12.5 mm||0.3 mm||5-8 mm|
|Φ25x2 mm||Φ55 mm||15 mm||0.3 mm||5-8 mm|
|Φ32x3 mm||Φ62 mm||15 mm||0.3 mm||8-10 mm|
Other finned tube size can be customized.
(Materials S/S 201, S/S 304, S/S 316 are optional)
Finned tube heat exchanger is applied and equipped with fins on one side to increase the heat transfer area, improve the degree of turbulence in the fluid and the convection heat transfer coefficient when two fluid convection heat transfer coefficient has large difference.
Tube Fin Heat Exchangers, also called finned coil heat exchangers, consist of tubes that pass through a dense fin stack that is mechanically supported by a mounting frame. Fluid passes through the tube coils, conducts heat to the fins and dissipates heat to air forced through the heat exchanger.
Contact Person: Aidear