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High-Efficiency Cooling Fins for Copper Tubing

At Datang Finned Tube, we specialize in engineering and manufacturing high-efficiency cooling fins for copper tubing designed to maximize heat transfer performance in the most demanding industrial environments. Copper is renowned for its exceptional thermal conductivity, but when integrated with our precision-engineered cooling fins, the overall heat dissipation surface area multiplies significantly, delivering unparalleled thermal efficiency.

Whether you are upgrading an existing heat exchanger system or developing a new industrial cooling solution, our custom cooling fins for copper tubing provide the reliability, durability, and thermal performance your operations require.

Why Choose Datang’s Cooling Fins for Copper Tubing?

Not all finned tubes are created equal. At Datang Finned Tube, we combine advanced manufacturing technology with rigorous quality control to ensure every tube meets international standards.

  • Optimized Heat Dissipation: Our cooling fins for copper tubing are mechanically bonded or extruded to ensure zero thermal resistance between the base copper tube and the fins.

  • Premium Material Grades: We utilize top-tier copper alloys (such as T2, C12200) for base tubes, paired with aluminum or copper fins, ensuring excellent corrosion resistance and longevity.

  • Superior Mechanical Strength: Engineered to withstand high vibrations, thermal expansion, and intense pressure cycles without fin loosening or performance degradation.

  • Strict Quality Standards: All products undergo comprehensive pressure testing and bonding integrity checks before leaving our facility to guarantee flawless on-site operation.

Technical Specifications & Custom Capabilities

To ensure the perfect fit for your specific thermal design, Datang Finned Tube offers highly customizable options for cooling fins for copper tubing. We manufacture according to global engineering standards, ensuring seamless integration into your systems.

Specification Parameter Available Options & Ranges
Base Tube Material Copper (T2, C12200), Copper-Nickel (CuNi 90/10, 70/30)
Fin Material Aluminum (Al1050, Al1060), Copper
Fin Types Extruded (Bi-metal), G-Type (Embedded), L/LL/KL-Foot, Laser-Welded
Base Tube OD 12.7 mm – 50.8 mm (Custom sizes available upon request)
Fin Height 5 mm – 16 mm
Fin Pitch (Density) 4 – 12 fins per inch (FPI)
Standard Compliance ASME SB111, ASTM B111, DIN, EN standards

Key Features & Technical Specifications:

  • Superior Thermal Efficiency: The tight metallurgical bond ensures maximum heat dissipation, making our products ideal for high-efficiency cooling and heating systems.
  • Flexible Customization: We offer extensive customization options to fit your specific project requirements. Fin spacing is adjustable from 2mm to 15mm, and fin thickness ranges from 0.4mm to 1.5mm.
  • Robust Durability: With a base tube wall thickness of ≥1mm and high-quality materials, our finned tubes are built to withstand high pressure and frequent thermal cycling without wrinkling or cracking.
  • Easy Maintenance: The precise manufacturing process results in smooth, wrinkle-free surfaces that are extremely easy to clean, preventing dust and scale buildup over time.

Partner with Datang Finned Tube Today

When you choose Datang Finned Tube, you are partnering with an experienced industrial manufacturer dedicated to boosting your energy efficiency and reducing operational downtime. We don’t just supply standard products—we deliver customized heat transfer solutions tailored precisely to your engineering blueprints.

Request a Professional Technical Consultation

Do you have specific dimensional requirements or strict thermal output targets? Our engineering team is ready to analyze your drawings and provide an optimized manufacturing plan.

Manufacturing Types of Finned Copper Tubes

Depending on your operating temperature and environmental conditions, Datang Finned Tube provides different fin-to-tube bonding technologies:

  • Extruded Fin Tubes For Heating Equipment
    Extruded Fin Tubes (Bi-metallic)

    The aluminum outer tube is cold-extruded over the inner copper tube, creating an airtight bond with 100% contact, offering the best corrosion protection for the base tube.

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  • L type fin tube for air coolers in the petrochemical industry
    L/LL/KL Tension-Wound Fin Tubes

    The fin strip is formed into an ‘L’ shape and wound tightly under tension around the copper tube, maximizing atmospheric corrosion protection.

     

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  • Titanium Fin Finned Tube Pipe G-Type (Embedded) Fins
    G-Type (Embedded) Fin Tubes

    The fin strip is mechanically tension-wound into a machined groove on the copper tube, ideal for higher operating temperatures up to 400°C.

     

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How do you Manufacture Extruded Fin Tubes (Bi-metallic)?

This process involves a “cold extrusion” technique. A seamless outer tube made of a ductile metal (typically aluminum or copper) is tightly fitted over the bare base tube. The composite tube is then forced through an extrusion die under immense pressure, which raises the outer metal to form continuous, seamless helical fins. Because the fins and the base tube become a single solid piece, this method provides exceptional corrosion resistance and superior thermal contact efficiency.

Extruded fin tube machine production equipment
L Type Fin Fin Tube Winding Machine

How do you Manufacture L/LL/KL Tension-Wound Fin Tubes?

These types are produced by spirally winding a metal strip onto the tube under constant tension. The difference lies in the specific technique: L-Fin involves simply bending the strip into an “L” shape and wrapping it around the tube; LL-Fin extends the foot of the fin to overlap and fully cover the tube’s outer surface for added corrosion protection; and KL-Fin involves knurling (roughening) the tube surface before winding, embedding the fin foot into the grooves to significantly increase bonding strength and temperature resistance.

How do you Manufacture G-Type (Embedded) Fin Tubes?

This method utilizes a “grooving and locking” technique. First, a helical groove is machined into the outer surface of the base tube. The fin strip is then inserted into this groove. Finally, the tube material displaced by the groove is pushed back against the fin root using a roller, mechanically locking the fin tightly in place. This secure structure gives G-Type tubes excellent bonding strength, making them ideal for high-temperature and high-pressure applications.

Wide Applications of G Type Embedded Finned Tube

Cooling Fins for Copper Tubing Industrial Applications

Reduce OD Copper Inner Finned Tube
Cooling Fins for Copper Tubing for Air Compressor Systems
Extensively utilized as intercoolers and aftercoolers for industry-leading brands like Ingersoll Rand air compressors, our high-performance cooling fins are engineered to optimize thermal efficiency. By effectively lowering the temperature of compressed air and lubricating oil, these finned tubes ensure equipment operates within the ideal range, significantly boosting air delivery efficiency while condensing moisture to protect downstream pneumatic systems from corrosion.
Designed to withstand rigorous industrial environments, our copper finned tubes deliver exceptional heat dissipation and long-lasting durability. Whether upgrading existing cooling units or manufacturing heavy-duty systems, Datang Finned Tube provides reliable solutions that minimize energy consumption, reduce unexpected downtime, and extend the overall lifespan of your machinery.
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Copper & Cu Alloys Low Fin Tube
Cooling Fins for Copper Tubing for HVAC & Refrigeration
Ideal for condenser coils, evaporator units, and commercial air conditioning systems, our premium copper finned tubes are designed to maximize heat exchange performance in diverse climate conditions. Leveraging the superior thermal conductivity of copper, these finned tubes ensure rapid and efficient heat transfer, which directly translates to lower energy consumption and enhanced cooling capacity for your HVAC and refrigeration units.
Built for durability, our products resist corrosion and maintain stable performance even in high-humidity or coastal environments, significantly reducing maintenance costs over time. Whether for central air conditioning, cold storage facilities, or precision temperature control systems, Datang Finned Tube delivers reliable, high-efficiency solutions that ensure long-term operational stability and superior comfort.
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L Copper Nickel Finned Tubes 90 10 (C70600) or 70 30 (C71500) Fin Tube
Cooling Fins for Copper Tubing for Power Generation & Refineries
Perfect for large-scale air-cooled heat exchangers (ACHE) and oil coolers, our heavy-duty copper finned tubes are engineered to withstand the extreme thermal and mechanical demands of power plants and petrochemical refineries. These robust heat exchange components excel at dissipating massive amounts of waste heat from turbine systems, generators, and hydraulic oil circuits, ensuring that critical machinery operates within safe and stable temperature limits.
Built to endure harsh industrial environments, our finned tubes offer exceptional resistance to high pressure, vibration, and thermal cycling fatigue. Whether utilized in upstream and downstream petrochemical processing, cooling pod applications, or power generation facilities, Datang Finned Tube provides highly reliable solutions that maximize operational uptime, enhance overall system safety, and deliver outstanding long-term cost efficiency.
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LL Type Finned Tube LL-Foot Fin Tube double L Overlapped L Type Fin Tube
Cooling Fins for Copper Tubing for Chemical Processing
Providing stable and corrosion-resistant heat transfer in aggressive chemical environments, our specialized copper finned tubes are engineered to handle the rigorous demands of the chemical and pharmaceutical industries. These high-performance tubes excel in critical applications such as reactor temperature control, solvent condensation, and corrosive fluid cooling. By leveraging the inherent durability of high-purity copper and advanced manufacturing techniques, they ensure precise thermal regulation, which is vital for maintaining reaction stability and maximizing product yield.
Beyond their superior heat dissipation capabilities, our finned tubes are built to withstand prolonged exposure to harsh chemical media, significantly reducing the risks of pitting, leakage, and premature equipment failure. Whether deployed in pharmaceutical synthesis, heavy chemical processing, or waste heat recovery systems, Datang Finned Tube delivers exceptionally reliable solutions that minimize maintenance frequency, ensure strict operational safety, and extend the overall service life of your processing equipment.
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Cooling Fins for Copper Tubing FAQs

Q: How many fin tube machines do you have for producing cooling fins for copper tubings?

A: Copper L type fin tube production line 12.

Q: Can I get cooling fins for copper tubing samples?

A: We can provide samples for free.

Q: How long can I get the cooling fins for copper tubing sample?

A: After you confirm sample details, the samples will be ready for delivery in 3-7days,and will be sent to you via express and arrive in 3-5days.

Q: Whether you have the ability to accept cooling fins for copper tubing customization?

A: Cooling fins for copper tubing can be customized, we can make the new thermoforming or extruding mode based on your drawings and we can sign a confidentiality agreement about your patented product, pls contact us for any further information.

Q: How can we guarantee quality?

A:  Always a pre-production sample,before mass production;always final inspection before shipment.
Inspection & Guarantee Certificate is supplied with shipment, and the Third Party Inspection is available.

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