Heat Pipe
Heat PipeHigh-performance passive heat transfer for advanced thermal management
Heat pipes are highly efficient passive heat transfer devices that utilize phase change and capillary action to rapidly move heat from the heat source to the cooling region.
A typical heat pipe consists of a sealed tube, internal wick structure, and working fluid. When heat is applied, the fluid evaporates and travels to the cooler end, where it condenses and releases heat.
The condensed liquid then returns to the heat source via capillary action, forming a continuous thermal cycle.
KEY FEATURES
- High Thermal Conductivity : Efficient heat transfer through phase change mechanism
- Passive Cooling Design : No power consumption, highly reliable
- Flexible & Customizable : Various diameters, shapes, and structures available
- Low Thermal Resistance : Rapid heat transport with minimal temperature difference
HOW IT WORKS
.Heat pipes operate based on a continuous cycle of evaporation and condensation.
When heat is applied at the evaporator section, the working fluid vaporizes and rapidly transports heat to the condenser section. The vapor then condenses and releases heat, and the liquid returns via the wick structure.
This cycle enables extremely fast and efficient heat transfer with minimal temperature gradient.
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PRODUCT TYPES
We offer a wide range of heat pipe structures to meet different application needs:
- Groove Heat Pipe
- Sintered Powder Heat Pipe
- Composite Heat Pipe (Groove + Powder)
- Fiber + Mesh Structure
- Fiber + Powder Structure
SPECIFICATIONS
APPLICATIONS
- Consumer Electronics 5G / Servers Smartphones VR / AR Devices LED / Solar Systems Projectors
CUSTOMIZATION
JARO provides customized heat pipe solutions based on your system requirements:
- Diameter & length customization
- Bending & flattening design
- Wick structure optimization
- High power / ultra-thin solutions
Looking for a reliable heat pipe solution?
Contact JARO for customized thermal design support.
