Copper Stacked Fin Heat Sink

Introduction

Copper Stacked Fin Heat Sink is a heat exchanger made of copper material, which mainly achieves heat dissipation through stacked thin copper sheets. The structure of the heat sink is made of multiple copper fins precisely stacked, with a certain gap between the fins to maximize air circulation and heat transfer. Each layer of copper fins is connected through precision technology to form a continuous heat exchange surface. The core components of the Copper Stacked Fin Heat Sink are its copper fins and copper base. Copper, as a metal with extremely strong thermal conductivity, enables the heat sink to effectively transfer heat from the heat source to the surface of the fins, and dissipate heat to the surrounding environment through a large area of ​​the fin surface.

Stacked fin heat sink process tooling	Stamping machine

Features

Refined Manufacturing Process
The stacking process can finely control the thickness and spacing of each layer of fins by stacking copper fins layer by layer, making the structure of the heat sink more compact without compromising on heat dissipation capacity. Due to the good ductility of the copper material itself, the surface of each fin of the heat sink is smooth and uniform, ensuring the stability of air flow, thereby improving the efficiency of the entire heat dissipation system.

Unique Microstructure Design
Copper Stacked Fin Heat Sink usually adopts internal micropores or microtexture processing technology in microstructure. These microstructures help increase heat conduction and heat exchange surface, especially on the contact surface of the heat sink, which can improve the heat transfer efficiency by increasing friction and contact area with air flow. In high-temperature applications, the microstructure design can effectively reduce thermal resistance and enhance the overall heat dissipation capacity of the heat sink, especially in applications that require optimized heat dissipation in a compact space.

Extremely high heat load capacity
Due to the high thermal conductivity of copper, each layer of fins in the Copper Stacked Fin Heat Sink can quickly spread when transferring heat, ensuring faster and more uniform heat dissipation. In some high-power applications, copper is particularly advantageous, and can quickly guide a large amount of heat away from the heat source in a short period of time. Compared with other materials, Copper Stacked Fin Heat Sink can withstand higher heat loads and maintain good heat dissipation performance over a wider temperature range.

Stable long-term performance
The anti-oxidation properties of Copper Stacked Fin Heat Sink enable it to maintain relatively stable performance during long-term use. The corrosion resistance and excellent physical properties of copper ensure its long-term efficient heat dissipation, and it can maintain low thermal resistance even in complex working environments. This long-term stability makes the Copper Stacked Fin Heat Sink extremely reliable in equipment that requires long-term operation, reduces maintenance frequency, and improves the safety and stability of equipment operation.

OEM copper stacked fin heat sink

Specification

Delivery,Shipping

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