Copper Nickel Fin Tube for Heat Exchanger, Condenser, Evaporator

We are one of manufacturers of integrally finned tubes
This integral finned tubes are widely used as heat exchanger tubes because of their large external surface area and high heat transfer performance compared with a plain tube.

This enhanced surface fin tubes allow our customers to either reduce the size of the heat exchanger or increase its performance.
The low finned tubes we manufacture are designed to meet the most efficient and durable thermal performance for the most challenging situations and long lasting service life.

◆ Product range

Copper Nickel Fin Tube for Heat Exchanger, Condenser, Evaporator

Copper Nickel Fin Tube for Heat Exchanger, Condenser, Evaporator

◆ Forming Process by Extrusion

Low Fin Tube
Copper Nickel High Fin Tube
High Frequency Welded Fin Tube
Middle Fin Tube
Spiral & Corrugated Fin Tube
Inner Grooved Tube
Floral Tube

Product Range
• Outside diameter : 12.7 mm(min) ~ 38.1 mm(max)
• Pitch : 19 ~ 36 FPI
• Fin height : 0.7mm ~ 1.588mm
• Length : 20,000mm(Max.)
• Product capacity per month : 150,000 meter
Low Fin tube

The Maximum heat transfer ratio of low finned tubes will be up 2.5 to 3 times to compare with plain bare tubes and also it can be not only reduced the cost for new equipment or retrofitting of old equipments but also save the size or weight of new equipment from the beginning stage of basic design.
Low Finned Tube material and application
No. Standards Material Application
1 ASTM A498 Carbon & Carbon alloy Heat exchanger for Oil refinery and Petrochemical plants
2 ASTM A1012 Stainless & Duplex alloy Condenser and Heat exchanger for Petrochemical & Power plants
3 ASTM B359 / ASME SB359 Copper & Copper alloy Heat exchanger for Petrochemical plants, Condenser & Evaporator for Power plants
4 ASTM B891 Titanium & Titanium alloy Condenser and Heat exchanger for Steam & Nuclear power plants
5 ASTM B924 Nickel alloy Condenser and Heat exchanger for Chemical plants

• Dt : Outside diameter of plain end
• Df : Diameter over fins
• Dr : Root diameter of finned section
• Di : Inside diameter of finned section
• Tw : Wall thickness of plain section
• Fw : Root wall thickness of finned section
• PL : Plain end length
• FL : Finned section length
• A : Finned section taper length
• LS : Land section length
• TL1, TL2 : Length between plain end and land area
• El : Entire length

SPECIFICATION

Fins/inch
(mm)
Nom. dimensions
(mm)
Plain section
dimensions
(mm)
Finned section
dimensions.
(㎡/m+10)
Outside surface
area
Out./in
surface
area
ratio
㎡×10)
Cross
sectional
area

Out. dia.

Wall
thickness
(Do)
Out. dia.
(Tw)
Wall
thickness
(Df)
Out.dia.
(Df)
Root dia.
(Fw)
Wall
thickness
19
12.7
0.81
1.24
0.71
9.75
4.79
0.49
1.07
12.7
1.47
12.7+0.-04
9.53
0.94
5.13
0.43
1.24
1.65
1.12
6.38
0.30
15.88
0.71
1.07
0.64
12.34
3.48
1.00
0.89
1.32
0.79
3.60
0.94
1.07
15.88
1.47
15.88+0.-04
12.7
0.94
3.72
0.88
1.24
1.65
1.12
3.85
0.82
1.65
2.11
1.47
4.18
0.70
19.05
0.71
19.05
1.24
0.64
15.12
3.33
1.64
0.89
1.32
0.79
3.41
1.56
1.07
1.47
19.05+0.-04
15.88
0.94
3.50
1.48
1.24
1.65
1.12
3.60
1.41
1.65
2.11
1.47
3.84
1.24
2.11
2.41
1.88
4.13
1.07
26
12.7
0.81
1.42
0.71
11.91
4.79
0.43
1.07
12.7
1.68
12.7+0.-04
9.53
0.92
5.13
0.43
1.24
1.88
1.12
6.38
0.39
15.88
0.71
1.25
0.60
0.60
15.34
4.30
0.97
0.89
15.88
1.42
15.88+0.-04
12.7
0.79
4.47
0.94
1.07
1.68
0.94
4.63
0.89
1.24
1.88
1.12
4.78
0.82
19.05
0.81
1.42
0.70
18.79
4.37
1.65
0.89
1.50
0.79
4.24
1.56
1.07
1.68
19.05+0.-04
15.88
0.94
4.36
1.48
1.24
19.05
1.88
1.10
4.47
1.41
1.47
2.11
1.25
4.37
1.35
1.65
2.28
1.47
4.28
1.30
1.83
2.44
1.65
4.20
1.26

 

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