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{"title":"Customized HFW U Bend Finned Tube High Frequency Welded For Nuclear Power Plant","imgUrl":"https:\/\/img.chinax.com\/nimg\/37\/df\/ba654db1ceda4e96422bed400019-200x200-1\/customized_hfw_u_bend_finned_tube_high_frequency_welded_for_nuclear_power_plant.jpg","attrs":{"Brand Name":"YUHONG","Model Number":"HFW U-Bend Fin Tube","Certification":"ISO 9001\/14001\/45001, TUV\/PED","Place of Origin":"China"}}
{"title":"A335 P22 Alloy Steel Fin Tube High Frequency Welded Finned Pipe Power Plant","imgUrl":"https:\/\/img.chinax.com\/nimg\/38\/0b\/e0faa1c5fd036bbce727ae9975f8-200x200-1\/a335_p22_alloy_steel_fin_tube_high_frequency_welded_finned_pipe_power_plant_usage.jpg","attrs":{"Brand Name":"YUHONG","Model Number":"A335 P22 HFW FIN TUBE","Certification":"ISO 9001\/TUV\/PED","Place of Origin":"China"}}
{"title":"ASTM A192, A210 Gr A-1 Carbon Steel Fin Tube HFW Type for Fired Heater","imgUrl":"https:\/\/img.chinax.com\/nimg\/4d\/5a\/0f054c0c2936b734912160f73951-200x200-1\/astm_a192_2c_a210_gr_a_1_carbon_steel_fin_tube_hfw_type_for_fired_heater.jpg","attrs":{"Brand Name":"YUHONG","Model Number":"ASME SA106 Gr.B -HFW","Certification":"ISO 9001\/TUV\/PED","Place of Origin":"China"}}
{"title":"ASTM A312 A376 TP347H 18Cr-10Ni-Nb Solid Finned Pipe for Fired Heater API","imgUrl":"https:\/\/img.chinax.com\/nimg\/25\/36\/2501b1af12766b0f079fb58c50fd-200x200-1\/astm_a312_a376_tp347h_18cr_10ni_nb_solid_finned_pipe_for_fired_heater_api_standard_560.jpg","attrs":{"Brand Name":"YUHONG","Model Number":"TP347H\/18Cr-10Ni-Nb","Certification":"ISO 9001\/TUV\/PED","Place of Origin":"China"}}
H Type And Double H Type Finned Tubes For Heat Exchangers High Rigidity
H-Finned Tube
Structural features:
The fins are arranged in parallel and symmetrical, and the cross-section is shaped like the letter "H". Usually, two longitudinal fins are fixed on both sides of the base tube by high-frequency welding or mechanical pressing.
Typical parameters:
fin height 15-30 mm, thickness 1.5-3 mm, spacing 20-50 mm.
Core advantages:
High rigidity: The H-shaped structure enhances anti-deformation ability and is suitable for high flow rate (>30 m/s) or particle-containing media.
Easy to clean: The straight channel reduces ash accumulation and is suitable for flue gas waste heat recovery systems (such as coal-fired boilers).
Double H-Finned Tube
Structural features:
Two sets of H-shaped fins are integrated on a single base tube to form a "double H" cross-section, or the heat transfer area is increased through a cross-fin design.
Typical parameters:
fin height 10–25 mm, thickness 1.0–2.5 mm, spacing 15–40 mm (staggered arrangement).
Core advantages:
Heat transfer doubled: The double-fin structure increases the heat transfer area by 40–60% compared to the single H-type.
Turbulence optimization: Cross-fins disturb the fluid and increase the Nusselt number (Nu) by 10–15%.
✦H-type fin tube: with anti-scouring and low maintenance as the core, it is suitable for high dust and high flow rate industrial scenes.
✦Double H-type finned tube: With the advantages of efficient heat transfer and compact design, it is suitable for chemical and energy systems with high heat load and limited space.
When selecting, it is necessary to comprehensively evaluate the medium characteristics (corrosiveness, dust content), thermal parameters (temperature, pressure, flow rate) and life cycle cost. If necessary, composite fins (such as H-type + spiral fins) can be customized to balance performance and economic benefits.
Application
Power industry:
Coal-fired boiler air preheater (APH), resistant to fly ash erosion.
Gas turbine waste heat boiler (HRSG) medium pressure evaporation section.
Metallurgical industry:
Blast furnace gas waste heat recovery, medium dust content ＞50 g/Nm³.
Double H-type fin tube
Petrochemical unit:
Flue gas turbine (Flue Gas Expander) inlet heat exchanger of catalytic cracking unit (FCCU).
Ethylene cracking furnace convection section, improve cracking gas preheating efficiency.
New energy systems:
High temperature heat exchange tubes (400–550°C) for molten salt energy storage systems (TES).
