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Heat Exchanger U Tube
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Longitudinal Finned Tubes
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Raw Materials For Fin Tube
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Extruded Fin Tube Machine
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Seamless Carbon Steel Tube
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Seamless Stainless Steel Tube
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New ZealandReliance has looked after us really well , and most because of your good service and products quality.
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LebanonYou did show a full professional way of doing business industrial deal. Im very happy that i have the opportunity to cooperate with u and ur company.
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MexicoQuick response,good price, excellent delivery date and service, of course, the best quality.
Stainless Steel 304 Laser Welding Helical Finned Tube High Performance
Place of Origin | China. |
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Brand Name | Reliance |
Certification | CE,ISO... |
Model Number | Laser Fin Tube |
Minimum Order Quantity | N/A |
Price | N/A |
Packaging Details | (1) Waterproof steel frame bundle package;(2)Steel frame case sealed by plywoods with each end capped. |
Delivery Time | Ex-work within 1 month on recepit of order. |
Payment Terms | T/T, L/C |
Supply Ability | Daily capacity around 200 meters |
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xCompamy Type | Manufacturer, Importer & Exporter | Name | Laser Welding Fin Tube |
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Any Fillters | No | Tube Material | Stainless Steel 304/316 |
Fin Material | Stainless Steel 304/316 | Tube OD | Min. 8mm |
Fin Height | Min. 4mm | Fin Density | 3FPI~14FPI |
Fin Thickness | Min. 0.3mm | Penetration Rate | 100% |
Highlight | carbon steel finned tubes,Helical Finned Tube |
high performance stainless steel 304 laser welding helical fin tube
Why we choose laser welding fin tubes
Laser welding finned tubes are manufactured by helically winding strip onto tubes. The fin strip vertically applied to the tube is welded at its foot by a welding technique developed and patented by us without filler metal to the tube wall.
The use of the laser technique for the welding of finned tubes offers a number of advantages due to the ability of the beam to be very accurately focused, allowing full use of the beam’s high thermal capacity. Finned tubes are produced in cooper and copper alloys by helically winding a strip onto the tube ans simultaneously soldering both with tin solder.
This fining method results in a good heat conducting connection between the tube and the fins. The slightly corrugated fin foot increases the adherence between tube and fin and improves the heat transfer.