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Elliptical Finned Tube for heat exchanger
Elliptical Finned Tube for heat exchanger

The production process of oval galvanized finned tube mainly includes the following steps: Material preparation: Select suitable tube and fin materials, and conduct quality inspection of raw materials···

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The production process of oval galvanized finned tube mainly includes the following steps:


Material preparation: Select suitable tube and fin materials, and conduct quality inspection of raw materials to ensure that they meet production requirements.

Pipe processing: The selected pipe according to the design requirements for cutting, straightening, cleaning and other pretreatment work.

Fin molding: Special fin molding equipment is used to process the fin material into the desired spiral or wavy fin.

Fin welding: Weld the formed fin with the pipe to ensure a tight connection between the fin and the pipe.

Galvanizing treatment: The surface of the finned tube is covered with a dense zinc layer by the galvanizing process.

Heat treatment and surface treatment: heat treatment to eliminate welding stress, improve the mechanical properties of the material; Surface treatment is performed to improve the corrosion and wear resistance of the finned tubes.

Quality inspection and packaging: Complete quality inspection of the oval galvanized finned tube, and qualified products can be packaged and shipped.

If you have any Inquiry, please don't hesitate to contact us immediately,

Email:info@fintuberadiator.com

 

Specification
Type Description Base tube Base tube Fin specification 
O.D. (mm) O.D. (inch) Fin pitch(mm) Fin pitch(FPI) Fin height(mm) Fin height(inch) Fin thick(mm) Fin thick(inch)
Embedded G Type Embedded/ Grooved Fin Tube 14-51 0.5-2 2--6 3--14 FPI 7--17 0.27--0.669 0.35--2 0.0137-0.0787
L Type Embedded/Wrap Around Fin Tube 10-51 0.4-2 2--6 3--14 FPI 7--17 0.27--0.669 0.35--2 0.0137-0.0787
LL Type Embedded/Wrap Around Fin Tube 10-51 0.4-2 2--6 3--14 FPI 7--17 0.27--0.669 0.35--2 0.0137-0.0787
KL Type Embedded/Wrap Around Fin Tube 10-51 0.4-2 2--6 3--14 FPI 7--17 0.27--0.669 0.35--2 0.0137-0.0787
Extruded Carbon base tube 15.88--50.8 0.625--2 1.8-8 3--14 FPI 5--16 0.2--0.63 0.3-1.2 0.012--0.047
Stainless base tube 15.88--50.8 0.625--2 1.8-8 3--14 FPI 5--16 0.2--0.63 0.3-1.2 0.012--0.047
Copper base tube 15.88--50.8 0.625--2 1.8-8 3--14 FPI 5--16 0.2--0.63 0.3-1.2 0.012--0.047
Low Fin Tubes ( Integral Fin Tube ) Carbon Steel, stainless steel, titanium, copper, brass, nickel alloy. 6.35--38 0.25--1.5 2.8--12.7 2--9FPI 0.38--1.27 0.015 --0.050
High Frequency Welding Fin tube Solid Helical Fin Tubes 15.88--273.1 0.625--10 3--25 0.118--1 5--30 0.196--11.811 1--3 0.0393--0.1181
Serrated Helical Fin Tube 15.88--273.1 0.625--10 3--25 0.118--1 5--30 0.196--11.811 1--3 0.0393--0.1181
H/HH Type Rectangular Fin tube 15.88--273.1 0.625--10 3--25 0.118--1 <219 <8 1--3 0.0393--0.1181
Studded Fin Tube 15.88--273.1 0.625--10 3--25 0.118--1 5--30 0.196--11.811 φ5-20
Elliptical/Oval Fin tube Hot dipped galvanized 36*14 2.5--3 0.0984--0.118 55*26 0.25 0.0098
Laser Fin tube Copper,Brass,nickel 10--45 0.393--1.771 2--10 0.0787-0.3937 5--23 0.196--0.905 0.3-1.2 0.011--0.047