AL6063 Anodizing Black Brushing Extruded Heat Sink Profiles With CNC Precision Machining
The calculation and design of the size of the radi...
Quick Detail
| Raw Material | AL6063 |
| Custom Service | Yes, OEM/ODM Service |
| Quality System | ISO9001:2015 |
| Processing Technology | Cutting/Wood machining/CNC/Black |
| Surface treatment | Black |
| Packing Way | Blister packaging or special packing you would like |
| Application Scenario | heat sink |
| MOQ Request | 100/500/1000 |
Description
This heat sink is based aluminum profile 6063-T5 material to processing, first of all, we check the raw material dimension is fine or not, the second is that according to the drawing, cutting right length, the third is that accroding to the drawing, use the wood machine to cut the outline dimension, the forth is that use the CNC to do exact dimension, the fifth is do anodizing clear, the last step is riveting, and then inspection/packing. First inspection and patrol inspection are done in processing .
Notes
1,Is aluminum good for heat sink?
Heat sinks are designed to maximize the surface area in contact with the coolant fluid.
Aluminum alloys are the most common heat sink material.
This is because aluminum costs less than copper.
However copper is used where higher levels of thermal conductivity are needed.
If you need heat sink or need design heat sink, you could contact Fodor Technology, we will offer special service for you.
2.Which heat sink design is best?
Heat sinks are designed using materials that have high thermal conductivity such as aluminum alloys and copper.
Copper offers excellent thermal conductivity, antimicrobial resistance, biofouling resistance, corrosion resistance, and heat absorption
If you need heat sink or need design heat sink, you could contact Fodor Technology, we will offer special service for you.
3.How does an aluminum heat sink work?
Heat sinks work by redirecting heat flow away from a hot device. They do this by increasing the device's surface area. In order for heat sinks to properly work, they must have a temperature higher than the surroundings to transfer heat
4.Should heat sink be anodized?
Should You Choose Anodized Heat Sinks for Your Project? Anodization improves the corrosion resistance, wear resistance, and electrical isolation of a heat sink. It will increase surface emissivity as well. The increase in emissivity makes a more pronounced difference in small, passive heat sinks.
5.Does anodized aluminum conduct heat well?
The color of anodization has no impact on radiation heat transfer. A clear anodized surface has the same emissive characteristics as a black anodized surface.
6.What is the best material for a heat sink?
Aluminum is the most common material for heat sinks. In particular, extruded aluminum heat sinks fit the needs of most projects. The metal is lightweight and has relatively good thermal conductivity.
7.Are all heat sinks made of copper or aluminum?
Are all heat sinks made of copper or aluminum?
As you can see in this table, copper is more conductive than aluminum. In fact, aluminum only has 60% of the thermal conductivity that copper does. That's one point for copper.
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Aluminum vs. Copper: Heat Conductivity.
Metal Thermal Conductivity [BTU/(hr·ft⋅°F)]
Aluminum 136
Copper 231
