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We specialize in the research and development, production and technical services of high power cooling solutions. We are devoted to becoming the leader in the thermal management of new energy field. To provide our customers with better services and high-quality and reliable thermal management solutions and products

What is a Heat Pipe Heat Sink?

A heat pipe heat sink is an advanced thermal management device that utilizes the principles of phase transition to efficiently transfer heat away from electronic components. It consists of a sealed tube containing a working fluid that absorbs heat and vaporizes at the hot interface, then condenses at the cooler end, releasing the absorbed heat. This cycle allows for effective heat dissipation, making heat pipe heat sinks ideal for high-performance applications where traditional cooling methods may be insufficient.

Working principle of heat pipe：

When liquid and vapor phase changes, heat is brought from evaporation section to condenser section. Then the capillary force of wick structure will bring back the working fluid to evaporation section and continue the cycle.

Three physical principles are used when the heat pipe works:

1.In the vacuum state, the boiling point of the liquid decreases.
2.The latent heat of vaporization of the same substance is much higher than the sensible heat.
3.The suction force of the porous capillary structure on the liquid can make the liquid flow.

Product Showcase: Premium Heat Pipe Heat Sinks

At Winshare Thermal, we take pride in offering a diverse range of high-quality heat pipe heat sinks designed to meet the demanding thermal management needs of various applications. Our products leverage advanced heat pipe technology to ensure optimal performance and reliability. Below are some of our featured products

Heat Pipe Thermal Module

The heat pipe is a heat transfer element with high thermal conductivity. The working principle of the heat pipe: The heat pipe is an artificial component with excellent heat transfer. The commonly used heat pipe consists of three parts: the main body is a closed metal pipe with a small amount of working medium and capillary structure inside, the air and other debris in the pipe Must be excluded.

Three physical principles are used when the heat pipe works: 　　

1. In the vacuum state, the boiling point of the liquid decreases.　　

2. The latent heat of vaporization of the same substance is much higher than the sensible heat.　　

3. The suction force of the porous capillary structure on the liquid can make the liquid flow.

Folded fin/Zipper fin + heat pipe heat sink: FIN sheet + heat pipe heat sink is to weld the FIN sheet and the heat pipe through solder paste, and use the heat transfer performance of the heat pipe to quickly transfer the heat. Its heat dissipation efficiency is high and the heat dissipation performance is stable. FIN can be used with copper, It is made of aluminum material, which can reduce product weight and production cost under different performance requirements, and is suitable for mass production.

Skived fin + heat pipe heat sink: The shovel teeth + heat pipe heat sink is a shovel fin and heat pipe welded by solder paste. This production process combines the heat absorption and heat transfer of the heat pipe and the heat dissipation performance of the shovel tooth is very stable. Combined together, the heat is quickly transferred from the heat source to ensure the safe and stable operation of the equipment; compared with the FIN chip + heat pipe heat sink, the cost of mold opening is reduced, and the production quantity is relatively small, which is relatively suitable for small batch and diversified production.

Copper aluminum combination + heat pipe heat sink: the pre-designed copper pipe is embedded and pressed into the aluminum plate with reserved groove, and epoxy resin is used to fill the gap to reduce the thermal resistance of the gap air, and then processed by CNC.

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Advantages of Heat Pipe Heat Sinks Compared to Traditional Heat Sinks

Heat pipe heat sinks offer several distinct advantages over traditional heat sinks, making them a preferred choice in many high-performance thermal management applications. Below are the key benefits

Advantage	Heat Pipe Heat Sink	Traditional Heat Sink
Thermal Efficiency	Extremely high thermal efficiency due to the phase change process, allowing for rapid heat transfer.	Moderate efficiency, primarily relying on conduction through solid materials.
Heat Distribution	Evenly distributes heat along its length, preventing hot spots and enhancing overall cooling performance.	May create hot spots if not designed properly, leading to uneven cooling.
Compact Design	Thin and lightweight, making them ideal for space-constrained environments such as laptops and compact electronics.	Generally bulkier and heavier, requiring more space for effective cooling.
Passive Operation	Operates without moving parts, requiring no external power source or maintenance, which enhances reliability.	Often relies on fans or active cooling methods, which can introduce noise and require maintenance.
Long Lifespan	High durability with no moving parts; vacuum-sealed design prevents liquid loss and corrosion.	Mechanical components can wear out over time, leading to potential failures.
Versatility in Applications	Suitable for a wide range of applications, including electronics, automotive, and aerospace industries due to their adaptability.	Limited to specific applications where traditional conduction metho ds suffice.
Cost-Effectiveness	While initial costs may be higher, they can reduce long-term operational costs by improving efficiency and reducing maintenance needs.	Lower initial costs but may incur higher operational costs due to less efficient cooling performance.

Advanced Heat Sink Solutions: Combining Heat Pipes with Innovative Fin Designs

Folded Fin/Zipper Fin + Heat Pipe Heat Sink

The folded fin (or zipper fin) heat pipe heat sink integrates a fin sheet with heat pipes through solder paste welding. This design leverages the excellent heat transfer capabilities of heat pipes to rapidly dissipate heat, resulting in high efficiency and stable thermal performance. The fins can be constructed from copper or aluminum, allowing for weight reduction and cost savings while meeting varying performance requirements. This solution is particularly suitable for mass production due to its efficient manufacturing process.

Skived Fin + Heat Pipe Heat Sink

The skived fin heat pipe heat sink features skived fins welded to heat pipes using solder paste. This production method combines the effective heat absorption and transfer properties of the heat pipe with the reliable heat dissipation characteristics of skived fins. Together, they ensure rapid heat transfer from the source, maintaining safe and stable equipment operation. Compared to folded fin designs, this method reduces mold production costs and is better suited for small-batch and diversified production runs.

Copper-Aluminum Combination + Heat Pipe Heat Sink

In the copper-aluminum combination heat pipe heat sink, pre-designed copper pipes are embedded and pressed into an aluminum plate with reserved grooves. Epoxy resin fills any gaps, minimizing thermal resistance caused by air pockets. This design is then processed using CNC machining for precision. This innovative approach enhances thermal conductivity while maintaining a lightweight structure, making it an effective solution for various applications.

Why Choose Winshare Thermal As Your Custom Extruded Heat Sinks Manufacturer?

Choosing Winshare Thermal as your custom extruded heat sink manufacturer ensures you partner with a leader in high-power cooling solutions. Founded in 2009, we are dedicated to providing reliable thermal management products tailored to your specific needs. Our collaboration with South China University of Technology has led to the establishment of a research and development base and graduate workstation, enhancing our capabilities in developing advanced heat conduction technologies.

Our extensive R&D facilities, including a dedicated heat transfer lab, allow us to innovate continuously and improve our product offerings. We are committed to quality, holding certifications such as ISO9001:2008, ISO14001:2004, and TS16949, which reflect our adherence to the highest manufacturing standards. With self-manufacturing capabilities for key thermal management components, we deliver customized solutions that optimize thermal performance for a variety of applications.