Eaton tube fin heat exchangers are a versatile heat transfer device designed to efficiently exchange heat between two fluids while minimizing pressure drop and maximizing heat transfer area using a tube and fin construction. Tube fin constructions are typically used for liquid to air heat transport.
Tube fin heat exchangers, also called finned coil heat exchangers, consist of tubes that pass through a dense fin stack that is mechanically supported by a mounting frame. Fluid passes through the tube coils, conducts heat to the fins and dissipates heat to air forced through the heat exchanger.
In liquid cooling systems, tube fin heat exchangers function as liquid to air heat exchangers, rejecting heat from the coolant loop into the surrounding airstream. This makes them a common choice for applications where facility water is not available and heat must be dissipated to air. Eaton tube fin heat exchangers are designed to integrate directly with liquid cooling loops, cold plates, and chillers as part of a complete thermal management system.
A finned tube heat exchanger uses a matrix of fins bonded or mechanically attached to the outer surface of tubes to increase the effective heat transfer area. Eaton fin tube heat exchangers are available with plain, louvered, or corrugated fin patterns and a choice of tube materials including copper, stainless steel, and aluminum to suit fluid compatibility and environmental requirements.
Our standard tube fin heat exchanger options include copper and stainless steel, but we’re able to utilize aluminum, nickel and cupronickel to meet specific environmental needs. Our team can utilize a variety of fin patterns, bend densities, mounting structures, and pipe connections to optimize to your project parameters. We can fabricate installation-ready heat exchangers with paint or coatings, including MilSpec rated coatings. Whether the requirement is a standard fin tube heat exchanger or a fully custom finned tube heat exchanger with specialist coatings, Boyd Thermal by Eaton engineers the right solution for the application.
Tube fin heat exchangers
Liquid cooled chassis and enclosures - integrated thermal and structural solutions
Rack emulator - | CDU testing and liquid cooling commissioning tool
Chillers
Pumped two-phase cooling systems for AI Processors and High-Performance Computing
Thermal control unit
Plate-fin heat exchanger
Liquid cooling loops - server cooling loop assemblies for AI data centers
Liquid cold plates - custom cold plate cooling for data centers, power electronics and EVs
Coolant distribution unit (CDU) - CDU liquid cooling for AI and enterprise data centers
Heat pipe assemblies
Immersion cooling
Thermosiphons
Air to air heat exchangers
Air-cooled chassis and enclosures
Heat sinks
Heat spreaders and conductive chassis
Thermal straps and busses
3D vapor chamber assemblies
Ultra-thin vapor chambers
Coolant distribution unit service
Logic sockets
Axial fans
Heat sink assemblies
Memory burn-in sockets
Aluminum extrusion profiles
Metal fabrication
Clean room manufacturing
Prototyping and sampling for thermal management systems
Testing and validating
| Part Number |
| 4105G1 |
| 4110G10 |
| 4120G10 |
| 4210G10 |
| 4220G10 |
| 4310G10 |
| 6105G1 |
| 6110G1 |
| 6120G1 |
| 6210G1 |
| 6220G1 |
| 6310G3 |
| 6320G3 |
| 6340G2 |
| AS04-05G01 |
| AS04-10G01 |
| AS06-08G01 |
| AS06-16G01 |
| AS08-10G01 |
| AS08-20G01 |
| M05-050 |
| M05-100 |
| M10-080 |
| M10-160 |
| M14-120 |
| M14-240 |
| 4320G10 |