GMF Components & Consulting SA.
-
September 26, 2023
- Posted by: webmaster
- Categories:
Copyright © 2024 HFS HEAVY INDUSTRIES SDN BHD (200301011461 (613881-P)). ALL RIGHTS RESERVED.
Specification of High Frequency Welded (HFW) Finned Tube
|
Tube/Pipe Material |
Carbon Steel, Stainless Steel, Copper, Inconel, Titanium |
Fin Material |
Carbon Steel, Stainless Steel, Copper, Aluminum |
Tube/Pipe OD |
8.0mm ~ 219.1mm |
Fin Type |
Solid and Serrated |
Fin Height |
5.0mm – 20mm( 50% of tube OD, up to 80% in special request) |
Fin Thickness |
0.4mm ~ 3.0mm |
Fin per Meter (FPM) |
Max. 520 fin (based 0.4t fin) |
Tube Length |
Max. 27,000 mm |
Application |
– Oil & Gas: ACHE(Air cooled), HVAC, Economizer, Heat exchanger, Air Preheater, Fired Heater
– Power plant: HRSG, Nuclear, GGH(Desulfurization) |
Advantage of High Frequency Welded(HFW) Finned Tube vs Embedded Fin (G type) & Extrude Type |
Weldability |
High Frequency Welded (HFW) can be applied dissimilar tube and fin welds instead of G-Type and Extrude Type |
Efficiency |
Higher heat exchange efficiency, 10% higher than G-Type, 15% higher than Extruded |
Cost Save for Material |
Tube material cost saving, 10% for G-type (0.3mm Groove), Much less for Extruded Type |
Flexible Fin Pitch |
Smaller and lighter equipment |
Tube Size and Quantity |
Minimum 10% reduce tube size and quantity |
Higher Temperature |
Applied to higher temperature depend on design temperature |
Strong Durability & Maintenance |
Strong durability with welded fin, Easy handling and waterjet washed. |
Macro-Picture of Fin Connection Details |
High Frequency Welded (HFW) Fin
|
Embedded Fin (G type)
|