Stock Code
301489
A heat pipe is a passive, highly efficient heat transfer device that utilizes phase change of an internal working fluid to transfer heat, achieving an equivalent thermal conductivity of 5,000–10,000 W/(m·K). Heat is transferred through a continuous cycle of evaporation, vapor transport, condensation, and capillary-driven liquid return. With heat transfer performance far exceeding that of solid metals such as copper and aluminum, heat pipes rapidly transfer localized heat over long distances. They are widely used in electronics, servers, energy storage systems, new energy equipment, and aerospace thermal management applications.
Extremely High Thermal Conductivity;Excellent Temperature Uniformity;Flexible Heat Transfer Distance.
Passive Self-Circulation;Robust and Reliable Structure;Multiple Wick Structure Options
Customizable Configurations;Flexible System Integration
Broad Temperature Adaptability;Wide Heat Load Capability;Passive Thermal Regulation
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Series |
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Length(mm) |
Width(mm) |
Thickness(mm) |
Density(g/cm³) |
Viscosity(Pa·s) |
Hardness(°A) |
Extensibility(%) |
Tensile strength (MPa) |
Tear strength(KN/m) |
Tompressive deformation(%) |
Elastic restitution(%) |
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E-cigarette |
1-100 |
1-100 |
1-100 |
1.11-1.13 |
1080-1260 |
40-50 |
420-580 |
7.7-8.5 |
23-31 |
16-18 |
60-63 |
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E-watch |
1-100 |
1-100 |
1-100 |
1.11-1.13 |
1080-1260 |
50-60 |
420-620 |
7.7-10.1 |
23-33 |
16 |
60-64 |
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Mobile phone |
1-100 |
1-100 |
1-100 |
1.10 |
150-160 |
40 |
550 |
6.5 |
40 |
17 |
61-65 |









