| Customization: | Available |
|---|---|
| Type: | Radiator |
| Standard: | ASTM, AISI |
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Product Description
With the development of lightweighting and miniaturization in the electronics, communication industry and transportation industry, the scattered problem ball with high energy density is becoming more and more prominent, such as electric vehicle inverter conversion, PLC chip heat dissipation, and high-power LED searchlights
Very small volume produces huge heat, and traditional thermal conductive materials copper and aluminum materials are difficult to meet the needs, and thermal conduction, heat dissipation of the best material silver cost is too high, can not be industrial industrial application, so - can play copper conduction
The product with molybdenum heat dissipation performance is a physical material to solve the high energy density heat dissipation.
The copper-molybdenum composite radiator independently developed by our company completes the simulation of copper layer thickness and aluminum layer tooth height, tooth width, tooth clearance, etc. through numerical simulation calculation, and prepares high-power through the company's semi-molten conversion composite process
Copper-aluminum composite radiator. Its main features are as follows
The copper-aluminum composite radiator gives full play to the guiding performance of copper and exports the heat of the heat source.
It gives full play to the advantages of good heat dissipation performance and light weight of aluminum, which not only realizes the miniaturization of high energy density, but also realizes the lightweight of the heat dissipation system.
The metallurgical combination between copper and aluminum is realized, and there is no contact thermal resistance between copper and aluminum, which reduces the heat transfer interface and greatly improves the heat dissipation efficiency of the system
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