TSCU Copper Skived Fin Heat Sink | TOUSEN
TSCU
The TSCU Copper Skived Fin Heat Sink is engineered from high-quality copper (Cu1100), featuring a high-density fin design that maximizes heat dissipation efficiency. This skived fin heat sink utilizes ultra-thin fins with minimal spacing, significantly increasing the surface area per unit volume for optimal thermal performance. The single-piece construction ensures stable thermal conductivity without the risk of fin detachment, providing reliable cooling for demanding applications. With a versatile design that supports custom configurations including single-sided, double-sided, and annular fins, this copper heat sink adapts to various thermal management requirements.
Ideal for new energy equipment, energy storage systems, charging piles, and high-end medical devices, this industrial thermal management solution offers superior performance in compact and high-power environments. The copper skived fin heat sink maintains structural integrity and enhances system stability, reducing operational failure risks in applications such as photovoltaic inverters, IGBT cooling, motor controllers, and server cooling. Its durability and efficient heat transfer make it a preferred choice for industrial and electronic cooling needs where reliability is critical.
Ideal for new energy equipment, energy storage systems, charging piles, and high-end medical devices, this industrial thermal management solution offers superior performance in compact and high-power environments. The copper skived fin heat sink maintains structural integrity and enhances system stability, reducing operational failure risks in applications such as photovoltaic inverters, IGBT cooling, motor controllers, and server cooling. Its durability and efficient heat transfer make it a preferred choice for industrial and electronic cooling needs where reliability is critical.
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Product Description
◆Enhanced Heat Dissipation Efficiency: The skived fin heat sink features high-density, ultra-thin fins with minimal spacing, significantly increasing the heat dissipation surface area per unit volume, maximizing cooling performance, and ensuring stable device operation.
◆Stable Thermal Conductivity: Unlike inserted fin heat sinks, the skived fin heat sink is formed in a single process, providing stable thermal conductivity without degradation due to process-related limitations. With no risk of loosened or detached fins, it also supports post-processing options like embedded copper tubes to further enhance heat dissipation.
◆Higher Adaptability: Suitable for both large and compact high-power heat sink designs, the skived fin heat sink overcomes structural limitations of extruded or aluminum fin heat sinks, meeting the demanding cooling requirements of various applications.
◆System Stability: The skived fin heat sink can replace extruded, inserted, folded-fin, die-cast, and forged heat sinks, improving the system’s stability and reducing operational failure risks.
◆Diverse Structural Options: Offers multiple design configurations, including single-sided skived fins, double-sided skived fins, four-sided pipe skived fins, annular skived fins, and custom shapes. This flexibility allows tailored cooling solutions for unique thermal requirements.
【Applications】
Suitable for new energy equipment, small energy storage devices, charging piles, high-end precision medical equipment, photovoltaic inverters, IGBTs, motor controllers, lasers, supercomputer servers, wind power converters, etc.
◆Small energy storage devices
◆Motor controllers
◆Charging stations
◆High-end precision medical equipment
◆Motor controllers
◆Charging stations
◆High-end precision medical equipment
Properties
| Product Name | Copper Skived Fin Heat Sink |
|---|---|
| Material | Copper |
| Color | Customizable |
| Shape | Customizable |
| Specification | Customizable |
| Main purpose | Heat dissipation |
The copper skived fin heat sink stands out with its superior thermal efficiency, stable conductivity, and versatile design options, making it the ideal cooling solution for high-end devices and industrial applications.
