ASME SA210 Gr A1 Seamless Tube Al1060 Aluminum Fin Embedded G Type Fin Tube

 

ASME SA210 Gr A1 Seamless Tube Al1060 Aluminum Fin Embedded G type Fin tube for Oil and Gas industry

Datang supply customised finned tubes to meet specific requirements. We are manufacturer, own complete line of finned tubes includes Extruded Fin Tubes, Spiral Welded Fin Tubes, Embedded Fin Tubes (G-Fin Tubes), L Fin Tubes, LL Fin Tubes, KL Fin Tubes (Knurled Fin Tubes), Square Fin Tubes (H Fin Tubes), Square Fin Tubes (H Fin Tubes), and Square Fin Tubes (H Fin Tubes). Tubes, Square Fin Tubes (H-Fin Tubes), Rectangular Fin Tubes (Double H-Fin Tubes), Longitudinal Fins High-frequency welded serrated finned tubes and high-frequency welded solid finned tubes.

 

ASTM A192 / A192M: Seamless Carbon Steel Boiler Tubes for High Pressure Use

ASTM A210 / A210M: Seamless medium carbon steel boiler tubes and superheater tubes

Steel grade: Grade A1; Grade C

Delivery condition: annealed, normalized, normalized and tempered

Tube outer diameter: min. 16 mm, max. 219.1 mm (8”).

Tube length: max. 25000 mm

Fin height: max. 50 mm

Fin Thickness: Typically 0.2 mm ~ 3.0 mm

Fin Pitch: Min 2.3 mm (11 FPI) or customized

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Embedded G Type Fin Tube Specifications

 

Items	General Materials	Popular ASTM Materials
Core Tube Material	Carbon steel, low-alloy steel, stainless steel, brass, copper, cooper-nickel alloys, aluminum bronze, nickel alloys.	1. Carbon Steel: A179, A192,SA210 Gr A1/C,A106 Gr B 2. Acciaio inossidabile: TP304/304L,TP316/TP316L/316Ti, A789 S31803/S2205 etc… 3. Copper:UNS12200/UNS14200/UNS70600, CuNi70/30,CuNi 90/10
Fins Material	1. Aluminum Alloy 2. Copper.	1. Aluminum(Alu.1100,Alu.1060) 2. Copper.

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Embedded G Type Fin Tube Applications

1. Heat exchangers: Embedded finned tubes are widely used in heat exchangers in industries such as HVAC, refrigeration, power generation, chemical processing and oil and gas,
in heat exchangers in industries such as refrigeration, power generation, chemical processing, oil and gas. They increase the surface area
thereby improving the heat transfer between two fluids, e.g. in air-to-air or liquid-to-liquid heat exchangers.
2. Air-cooled heat exchangers: Embedded finned tubes are used in air-cooled heat exchangers (ACHE).
Cooling is achieved by air flowing over the finned tubes. These applications are used in power plants, refineries, petrochemical plants and other industries,
in refineries, petrochemical plants and other industrial facilities.
3. radiators: Automotive radiators typically utilize embedded finned tubes to enhance the heat dissipation of the coolant circulating through the tubes.
Heat Dissipation. Heat sinks increase the surface area in contact with air for efficient cooling.
Efficient cooling.
4. condensers and evaporators: Embedded finned tubes are commonly used in condensers and evaporators in refrigeration and air conditioning systems.
In condensers and evaporators of refrigeration and air conditioning systems. They promote heat transfer between the refrigerant and the surrounding medium, improving the overall performance of the refrigeration and air conditioning system.
Improve the overall performance of the system.
5. Waste Heat Recovery: Embedded finned tubes can be used in waste heat recovery systems, i.e., systems that capture heat from industrial processes or exhaust gases and utilize it.
Heat is captured from industrial processes or exhaust gases and utilized for other purposes. The enhanced heat transfer provided by the fins
improves the efficiency of heat recovery.
6. Boilers: In boilers, embedded finned tubes are used to improve heat transfer efficiency.

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In order to be able to provide you with a timely quotation, we would be pleased to receive your detailed inquiry, which includes

– Base tube material

– Base tube size (OD x weight x length)

– Fin Material

– Fin type

– Fin Diameter or Height

– Fin Thickness

– Per inch, meter, o spaziatura delle alette

– Length without fin ends

– Number of finned tubes

– Payment term