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Heat Pipe Heat Sink

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Heat pipe heat sinks are one of the most efficient ways to cool high-power electronics. Unlike traditional solid aluminum heatsinks, heat pipes use phase-change technology to transfer heat away from the source with minimal temperature rise. This makes them ideal for applications where space is tight but cooling demand is high—such as CPU processors, IGBT modules, power inverters, and LED lighting.

 

On this page, you will find our main heat pipe heatsink product lines, including embedded heat pipe designs, soldered fin assemblies, and hybrid solutions with vapor chambers or TEC cooling. We work with both copper and aluminum materials, and every design can be customized to your specific thermal and mechanical requirements.

 

Copper & Aluminum Heat Sink For IGBT
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Copper & Aluminum Heat Sink For IGBT

IGBT module is a high-power device that generates a large amount of heat during operation. The temperature range for normal operation of IGBT modules is -40 ° C-150 ° C. The failure of
TEC Thermal Management: Advanced Hybrid Cooling Design
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TEC Thermal Management: Advanced Hybrid Cooling Design

Preface The development of modern technology has put forward higher requirements for instrument accuracy, such as lasers and medical equipment, whose core components often require the use of
CPU Heat Sink Radiator IN STOCK
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CPU Heat Sink Radiator IN STOCK

Why CPU need heat sink radiator? The CPU is easy to overheating because some of its components generate heat. If there is no heat sink, the heat generated by the components will remain in the CPU,
250w Heatsinks With Heatpipes / Vapor Chamber
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250w Heatsinks With Heatpipes / Vapor Chamber

In different applications, engineering decisions regarding the optimal solution for heat sinks may depend on cost and performance. In theory, obtaining the lowest cost product to meet performance
Copper Heatpipie Heatsinks For Consumer Electronics
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Copper Heatpipie Heatsinks For Consumer Electronics

With the continuous improvement of the miniaturization level of installation components, the functions of modern consumer electronics products such as smartphones, tablets, smartwatches, and smart
Soldered Heatpipes Fins Heat Sinks Radiator
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Soldered Heatpipes Fins Heat Sinks Radiator

Awind high-performance heat pipe heat sink. Awind integrates heat pipes with heat sinks, welds the heat pipes on the heat sinks which have large heat dissipation areas and high density pin fins, that
Common Misconceptions About Heat Pipe Cooler
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Common Misconceptions About Heat Pipe Cooler

With the continuous enhancement of electronic product functionality, more features and higher reliability are needed, and excessive heat remains a major obstacle to developing next-generation
Embedded Heat Pipe Heat Sink Cooler Manufacturer
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Embedded Heat Pipe Heat Sink Cooler Manufacturer

Embedded Heat Pipe Heat Sink Cooler As the overall area of the inverter decreases, the cooling aspect of the system becomes a new challenge. Awind has developed the embedded heat pipe heat sink to
High Power Heat Sinks For Inverter Device
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High Power Heat Sinks For Inverter Device

What is inverter Inverters equipments are also known as power regulators. Inversion is the process of converting direct current into alternating current. The circuit that can achieve the function of
Aluminium Radiator Heatsinks With Heat Pipe
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Aluminium Radiator Heatsinks With Heat Pipe

Aluminium radiator heatsinks with heat pipe This heat sink uses a welding process to weld the vapor chamber and copper heat pipe into an aluminum heat sink. The performance of the vapour chamber and
Aluminium Zipper Pin Fins Heat Sinks With Heatpipes
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Aluminium Zipper Pin Fins Heat Sinks With Heatpipes

(The product picture is our latest heat sink, welcome to contact us for more) How does heat sinks dissipate the heat emitted by the CPU? We all know that heat is conducted in three ways: conduction,
Heatpipe Heatsink
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Heatpipe Heatsink

The heating end of the heat pipe evaporates the working fluid into a gas, and the gas flows through the hollow pipe to the cooling end. After cooling, the gas condenses into a liquid, which is then
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FAQ

Q: What is a heat pipe heat sink and how does it work?

A: A heat pipe heat sink uses sealed pipes containing a working fluid that evaporates at the heat source and condenses at the cooler fin area, transferring heat much more efficiently than solid metal alone.

Q: What is the difference between copper and aluminum heat pipe heatsinks?

A: Copper offers better thermal conductivity and is often used for the heat pipes themselves, while aluminum is lighter and more cost-effective for the fin structure. We can also combine both—copper pipes with aluminum fins.

Q: Can you customize heat pipe heat sinks for my specific application?

A: Yes. We support customization in pipe diameter, pipe count, fin density, fin material, base plate thickness, mounting hole patterns, and overall dimensions. Send us your drawing or thermal requirements.

Q: What industries do you serve with heat pipe heat sinks?

A: Our heat pipe heatsinks are used in CPU cooling, IGBT inverters, power supplies, laser equipment, LED lighting, and telecom infrastructure.

 

 

We're well-known as one of the leading heat pipe heat sink manufacturers and suppliers in China for over 20 years. Please rest assured to buy customized heat pipe heat sink made in China here from our factory. For free sample, contact us now.

Vapor Chamber, OEM Heat Sink, High Quality Cooling Heat Sink

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