H65 C12200 Tp2 Seamless Copper Dry Steaming Finned Tube with Inner Grooved Fin Tube

Min.Order: 100
Product origin: Changsha, Hunan, China
Infringement complaint: complaintComplaint
US$ 2.5 ~ 9.6

Description
Data:
1) Tube OD:25mm~82.5mm
2) Length : 130mm~18m
3) fin height : 0mm-16mm 
4) Fin pitch:2.0-5.0mm
5) finned tube length:0.5m~ 14m
6) Double metal rolling finned tube: Tube-based protection from the outer layer of aluminum tubes, corrosion-resistant; 
7) Package: The aluminum finned tubes are well packed in plastic film in the inner and steel frame in the outer
 
 
We are a professional finned tube heat exchanger manufacturer. We can make Different kinds of finned tubes that can be developed and designed according to your requirements with good quality.
 
Tube MaterialsFin MaterialsFrame materialMedium
Copper


Alloy Steel
Copper

Alloy Steel



 
Copper

Aluminum

 
Water

air
steam
ammonia

glycol
co2
r410a
R717
R744





 
Carbon Steel

Stainless Steel
Carbon Steel


Stainless Steel
Carbon Steel

Stainless Steel
Cu-Ni


Aluminum
AluminumTitanium

As your required
Tube and Pipe Size available
Plan Tube OD15.88/ 19.05/ 25.4/ 31.8/ 38.1/ 50.8/ 63.5/ 76.0 mm
 Plan Pipe OD 26.7 / 33.4 / 42.2 / 48.3 / 60.3 / 73.0 / 88.9 / 101.6 / 114.3 / 141.3 / 168.3 and 219.1 mm
    FPI  8~ 11 or as requirement.
Fin materialsaluminium, stainless steel, Copper, Special metals as required.
 Fin Height
  Range
Solid Fin is 6.3 to 31.8 mm
Serrated Fin is 12.7 to 38.1 mm


Technical Specifications: 

Base Tube Materialstainless steel, carbon steel, copper alloy,alloy steel (No theoretical limit)
Fin MaterialAluminium,Copper Alloy,Stainless Steel,Carbon Steel
Fin tube Max design temperature<450°C
Base pipe O.D25-165mm
Fins per inch20 Nos(as customer's request)
Fin depth0.5-3mm
Product processing Extruded,Embedded,High Frequency Welding etc.
Fin Tube TypeExtruded fins tube
Serrated fin tubes
L Type fins tube
G Type fins tube
L L Type fins tube
H Type fins tube
KL Type fins tube

Features

1. High thermal efficiency for effective heat transfer
2. Compact design resulting in small quantities of materials used for heat transfer surfaces
3. Low installation cost and maintenance costs
4. Easy dismantling and easy, rapid cleaning
5. High performance with low hold-up volume
6. Compact modular design , Easy to install
7. High quality, long lifetime.

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