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ASME SA179 Embedded G Fin Tube with Al1060 Fin For Air Cooled Heat Exchangers

ASME SA179 Embedded G Fin Tube with Al1060 Fin For Air Cooled Heat Exchangers

Nombre De La Marca: YUHONG
MOQ: 200-500 kg
Precio: Negociable
Detalles Del Embalaje: Cajas de madera contrachapada con marcos de acero (ambos extremos de los tubos tienen tapas de plást
Condiciones De Pago: L/C, T/T, A LA VISTA
Información detallada
Lugar de origen:
Porcelana
Certificación:
ABS, BV, ISO, ASTM, SGS
Tipo de aleta:
Tubo G Fin incorporado
Material de aleta:
AL1060
Estándar de tubo desnudo:
ASME SA192
Tono de aleta:
2.1-5m m
Altura de la aleta:
<17mm>
Aleta gruesa:
~ 0.4 mm
Solicitud:
Industria petroquímica, Intercambiador de calor para equipos químicos, Intercambiador de calor, Enfr
Capacidad de la fuente:
Según los requisitos de los clientes
Resaltar:

ASME SA179 embedded G fin tube

,

Al1060 fin heat exchanger tube

,

air cooled embedded fin tube

Descripción de producto

ASME SA179 Embedded Fin Tube with Al1060 Fin


I. Product Overview


This is an embedded (G-type) fin tube designed for industrial heat exchangers. The base tube is manufactured from ASME SA179 seamless low-carbon steel, offering good thermal conductivity and pressure resistance for heat transfer service. High-purity 1060 aluminum fins (Al ≥ 99.6%) are precisely embedded into grooves on the tube's outer wall. This mechanical bonding ensures excellent contact, minimizing thermal resistance and preventing fin loosening.Compared to plain tubes, it greatly increases the heat exchange surface area, significantly boosting overall thermal efficiency. It is ideal for condensers, coolers, and waste heat recovery units operating in moderate temperature and corrosive environments.


II. Chemical & Mechanical Properties


Base Tube Chemical Composition (ASME SA179) (%)


Element C Si (max) Mn P (max) S (max)
Range 0.06–0.18 0.25 0.27–0.63 0.035 0.035


Fin Material Chemical Composition (Al1060) (%)


Element Al (min) Si+Fe (max) Cu (max) Mn (max) Mg (max) Zn (max) Others (each)
Range 99.60 0.35 0.05 0.03 0.03 0.05 0.03


Mechanical Properties (Base Tube)


Tensile Strength (min) Yield Strength (min) Elongation (min)
325 MPa 180 MPa 35%

 

Ⅲ. Comparison: Embedded Fin vs. L VS. Type Wound Fin for SA179 Tubes

 

Feature ASME SA179 (Seamless) ASME SA106 Gr.B (Seamless)
Primary Use Heat Exchangers & Condensers High-Temperature Pressure Piping
Form Factor Tube (Specified by OD & BWG) Pipe (Specified by NPS & Schedule)
Manufacturing Cold Drawn (Better surface finish) Hot Finished (Rougher surface)
Carbon Content Low Carbon (0.06% - 0.18%) Medium Carbon (Max 0.30%)
Tensile Strength Min 325 MPa (Lower) Min 415 MPa (Higher)
Yield Strength Min 180 MPa Min 240 MPa
Ductility Excellent (Better for grooving/finning) Moderate
Heat Transfer Slightly higher due to thinner walls Lower due to heavier wall thickness
Finning Suitability Ideal for Embedded (G) Fins Suitable, but harder to groove
Price Higher (Due to cold drawing process) Lower (Mass-produced hot finish)

 

Ⅳ. Key Applications


Air-Cooled Heat Exchangers (AFC): Widely used in oil refineries and petrochemical plants for cooling process fluids, especially where high thermal stability is required.

Power Generation: Applied in steam condensers, feed-water heaters, and Heat Recovery Steam Generators (HRSG) for efficient energy recovery.

High-Temperature Services: Ideal for operating environments up to 400°C - 450°C, as the "G-fin" design prevents fin loosening during thermal expansion.

Chemical Processing: Used in reactors and specialized heat transfer equipment where precise temperature control and seamless tube reliability are critical.

Boiler Systems: Integrated into industrial boilers as economizer tubes to preheat water using flue gas, maximizing fuel efficiency.

Oil & Gas Midstream: Utilized in gas compression stations and dehydration units for cooling natural gas.


ASME SA179 Embedded G Fin Tube with Al1060 Fin For Air Cooled Heat Exchangers 0

Clasificaciones y revisión

Calificación general

4.7
Basado en 50 reseñas para este proveedor

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Todas las reseñas

M
Mansour
Egypt Jan 10.2026
The 13Cr pins add some cost, but for sour service in furnaces, it's worth it. Already seeing longer run times between turnarounds compared to before.
P
Pieter
South Africa Dec 17.2025
With high firebox temps and some sour gas in the mix, regular carbon tubes don't last. These have been solid.
K
Khan
Pakistan Dec 10.2025
the SS409 pins resist sulfur corrosion better than carbon steel pins we used earlier. In furnace service, that means longer runs between maintenance.