Optimizing thermal management for high-density electronics through precision-engineered phase-change technology and factory-direct manufacturing.
Heat Pipe & Heat Column solutions are two-phase cooling devices designed for high heat flux applications. Unlike solid metal conductors, these utilize the latent heat of evaporation to transfer energy at rates exceeding copper by orders of magnitude.
The core parameters include high thermal conductivity (ranging from 10,000 to 100,000 W/mK), customized sintered or grooved wick structures, and seamless integration with high-power cooling modules. These components are essential for IGBT cooling, server CPU thermal management, and telecommunications infrastructure.
| Feature | Performance Value |
|---|---|
| Diameter Range | Φ4mm - Φ50mm (Customizable) |
| Working Fluid | Deionized Water / Methanol |
| Wick Type | Sintered Powder / Grooved / Mesh |
Looking for detailed CAD drawings or thermal simulation data? Visit our Product Page.
"Winshare's sintered heat pipe consistency is unmatched. We saw a 15% reduction in rejection rates during the assembly of our inverter modules."
Senior Purchasing Manager
German Automotive OEM
"The Lead Time was exactly as promised. For a B2B supplier, their reliability on the shipping schedule is what keeps our production lines running."
Operations Director
Singapore Data Center Solutions
"Stable quality over multiple batches. Their high-power heat columns solved our IGBT overheating issues in renewable energy storage."
Lead Thermal Engineer
US Energy Storage Provider
We offer flexible MOQ depending on the complexity of the design, generally starting from 50-100 units for custom industrial projects.
Standard prototypes take 7-10 days, while mass production orders typically ship within 3-4 weeks.
Our factory is ISO9001 and ISO14001 certified. All components are RoHS and REACH compliant.
Yes, our engineering team provides Flotherm and Icepak simulation reports before finalizing the hardware design.
Our high-quality vacuum sealing ensures a working lifespan of over 10-15 years under normal operating conditions.
We use custom-molded EPE foam and reinforced cartons to ensure zero damage during international sea or air freight.
Learn how the right choice of copper heat pipes can extend the operational life of industrial machinery by maintaining optimal temperature ranges.
An in-depth look at how high-efficiency heat pipes are revolutionizing thermal management in large-scale power electronics and industrial systems.
Discover the latest advancements in sintered wick structures and how they overcome gravity-related performance limitations in vertical orientations.
