Copper-Aluminium Clad Radiator

• Customization: Available
• Application: Decorations
• Certification: ISO9001
• Model NO.: 1060
• Specification: thicknes0.8-0.25mm
• Trademark: ZEGOTA
• Origin: China
• Production Capacity: 50000ton

Product Description

Product Description
Our self-developed Copper-Aluminium Clad Radiator, through numerical simulation calculations, complete the simulation of copper layer thickness and aluminium layer tooth height, tooth width, tooth gap, etc., through the company's semi-molten rolled composite process to prepare a high-power Copper-Aluminium Clad Radiator. It is an ideal material to solve the problem of high energy density heat dissipation, as it can bring into play both the thermal conductivity of copper material and the heat dissipation performance of aluminium material.


Specification

Name	Copper-Aluminium Clad Radiator
Thickness	0.08~0.25mm
Copper-aluminium volume ratio	15~20:80~85
Copper Layer Thickness	0.015~0.020mm
Chemical Composition	Cu+Ag≥99.9%,Al≥99.7%
Tensile Strength	150~170MPa
Elongation	3-5%
Peeling Strength	>12 N/mm

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Features
1. The thermal conductivity of copper is fully utilised to conduct heat away from the heat source.
2. Taking advantage of aluminium's good heat dissipation performance and light weight, both the miniaturisation of high energy density and the light weight of the heat dissipation system have been achieved.
3. Metallurgical bonding between copper and aluminium, and there is no contact thermal resistance in the middle of copper and aluminium, which reduces the heat transfer interface and greatly improves the heat dissipation efficiency of the system.
Advantages
1. Strong corrosion resistance.

2. Superb heat dissipation performance.

3. A variety of performance coexist.
Company Profile
Zhejiang ZEGOTA Precision Technology Co.,LTD
Our company dedicate to precision technology innovation. As a technical enterprise, we highly specialized our R&D capability to make high quality and high performance products through continuous investment in staff training and sophisticated equipment, and to promote the construction of an intensive society for efficient utilization of materials and exploring future manufacturing ways