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ASTM A179 Extruded Finned Tube With Al1100 Fins For Power Plants & Refineries

Categories Extruded Fin Tube
Brand Name: Yuhong
Model Number: ASTM A179 Extruded Finned Tube With Al1100 Fins
Certification: ABS, BV, DNV, CCS, LR
Place of Origin: China
MOQ: 2 PCS
Price: Negotiable
Payment Terms: TT, LC
Supply Ability: According to Clients' requirements
Delivery Time: 60 Days (Depend on Customer's Requirements)
Packaging Details: Ply-wooden Cases with Steel Frames and Pipe's both ends with plastic caps
Product Name: Carbon Steel Extruded Finned Tube
Bare Tube Specification&Material: ASTM A179
Bare Tube OD: 8~51mm
Fin material: ASTM B221 AL-1100
Fin Height: <17mm
Fin Thickness: 0.2~0.4mm
Fin Pitch: 1.6~10mm
Application: Petrochemical & Refineries;HVAC & Refrigeration;Industrial Process Heating/Cooling...
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ASTM A179 Extruded Finned Tube With Al1100 Fins For Power Plants & Refineries

ASTM A179 Extruded Finned Tube With Al1100 Fins For Power Plants & Refineries


Carbon Steel ASTM A179 Extruded Finned Tube with Al1100 Fins is a specialized heat exchanger component used in various industrial applications. Here's a detailed breakdown:


1. Base Tube Material: ASTM A179 Carbon Steel

ASTM A179 is a standard specification for seamless cold-drawn low-carbon steel tubes, commonly used in heat exchangers and condensers.


(1). Chemical Composition (Weight %)

ElementComposition (Max %)
Carbon (C)0.06–0.18
Manganese (Mn)0.27–0.63
Phosphorus (P)0.035 max
Sulfur (S)0.035 max
Silicon (Si)0.10–0.35*
Iron (Fe)Balance

Notes:

Low carbon content improves weldability and reduces brittleness.

Silicon enhances strength and oxidation resistance.

No significant alloying elements (e.g., chromium, molybdenum), making it unsuitable for high-corrosion environments without coatings.


(2). Mechanical Properties

PropertyValue (Typical)
Tensile Strength325 MPa (47,000 psi) min
Yield Strength180 MPa (26,000 psi) min
Elongation (in 2")35% min
Hardness (Rockwell B)~72 HRB max
Thermal Conductivity~51.9 W/m·K (at 20°C)

Notes:

Cold-drawn process enhances strength and surface finish.

High ductility (35%+ elongation) allows for bending/flaring without cracking.

Low hardness makes it easy to machine or form


(3). Key ASTM A179 Standards

Manufacturing Process: Seamless, cold-drawn.

Size Range: Typically 3/16" to 3" OD, wall thicknesses from 0.015" to 0.165".

Heat Treatment: Usually supplied in the annealed or stress-relieved condition.


(4). Why These Properties Matter for Finned Tubes

  • Weldability (Low C%): Ensures compatibility with fin attachment processes.
  • Thermal Conductivity: Efficient heat transfer in exchangers.
  • Ductility: Resists deformation during fin extrusion or tube expansion

2. Fin Material: Al1100 Aluminum

Al1100 is a commercially pure aluminum (99% minimum Al), known for:

  • Excellent thermal conductivity
  • Lightweight and corrosion-resistant (forms a protective oxide layer)
  • Soft and malleable, making it easy to extrude

3. Manufacturing Process: Extruded Fins

(1). The fins are mechanically bonded to the carbon steel tube using an extrusion process:

A groove is cut into the steel tube.

An aluminum sleeve is placed over the tube.

The assembly is passed through a machine that extrudes (pushes out) the aluminum into fins while creating a tight mechanical bond.


(2). Advantages of Extruded Fins:

  • Stronger bond compared to wound or welded fins
  • Better heat transfer efficiency
  • Resistant to thermal cycling and vibration

4. Key Features & Benefits:

  • High Heat Transfer Efficiency: Aluminum fins enhance heat dissipation.
  • Corrosion Resistance: Al1100 fins protect against oxidation in harsh environments.
  • Lightweight & Durable: Aluminum fins reduce weight while maintaining strength.
  • Cost-Effective: More affordable than all-stainless-steel or copper alternatives.


Primary Applications of ASTM A179 Extruded Finned Tube with Al1100 Fins:

The ASTM A179 Extruded Finned Tube with Al1100 Fins is a high-performance heat transfer component widely used in industries where efficient thermal exchange is critical. Below are its key applications, advantages, and industry-specific uses:


A. Heat Exchangers & Condensers

  • Shell-and-Tube Heat Exchangers: Enhances heat transfer between fluids (e.g., water, oil, steam) and air/gases.
  • Evaporators/Condensers: Used in refrigeration, power plants, and chemical processing.
  • Air-Cooled Heat Exchangers (ACHEs): Ideal for oil refineries and gas processing where water cooling is impractical.

B. HVAC & Refrigeration

  • Chiller Systems: Improves efficiency in commercial/industrial cooling.
  • Heat Recovery Systems: Captures waste heat from exhaust gases or industrial processes.

C. Power Generation

  • Boiler Economizers: Recovers heat from flue gases to preheat feedwater.
  • Steam Turbine Condensers: Converts exhaust steam back into water efficiently.

D. Petrochemical & Oil Refining

  • Process Heaters/Coolers: Manages temperatures in distillation columns and reactors.
  • LNG (Liquefied Natural Gas) Plants: Cools gases during liquefaction.

E. Industrial Machinery

  • Diesel Engine Intercoolers: Reduces intake air temperature for better combustion.
  • Hydraulic Oil Coolers: Maintains optimal oil viscosity in heavy machinery.

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