Aluminium Extrusion Heat Sink Profiles
Aluminium Extrusion Heat Sink Profiles are profile products made by processing aluminum material through the extrusion process into specific cross-sectional shapes, used for cooling electronic devices.
Material Introduction
| Products name | Aluminium Extrusion Heat Sink Profiles |
| Material | Aluminium 6061, 6063, 6060, 6082, etc. |
| Size | OEM |
| Color | Silver, black, gold, white, etc. |
| Surface treatment | Anodizing, sandblasting, powder coating, electrophoretic coating, wood grain transfer, polishing, brushing, etc. |
| Process | Cutting, drilling, machining, punching, bending, tapping, etc. |
| Heat dissipation power | Indicates the amount of heat a radiator can dissipate per unit of time. The higher the heat dissipation power, the better the radiator's cooling performance. |
| Environmental protection | Aluminum materials can be recycled and meet environmental protection requirements. |
| Lead Time | 7-15 days (standard); 20-30 days (custom) |
| Customizable | YES |
Parameters
|
Item No. |
Section |
Material |
Height (mm) |
Width (mm) |
Thinckness (mm) |
Area (mm²) |
Weight (kg/m) |
|
H06001 |
 |
6063-T5 |
24±0.2 |
60±0.2 |
1.9 |
416.4 |
1.12 |
|
H06002 |
|
6063-T5 |
23.3±0.2 |
117 |
3.8±0.2 |
625.61 |
1.71 |
|
H06003 |
 |
6063-T5 |
23.3±0.2 |
94±0.2 |
3.8±0.2 |
626.45 |
1.71 |
|
W77001 |
|
6063-T5 |
45 |
95 |
4.5 |
1267 |
3.45 |
Features
◆Aluminium Extrusion Heat Sink Profiles are the most cost-effective solution for the majority of electronic cooling applications.
◆Made from aluminum alloy 6063.
◆RoHS compliant.
◆Heatsink extruded aluminium profiles are available in straight fin, STAR LED, and linear LED designs, ensuring maximum performance for a particular thermal application.
Good material
Made primarily of high-quality aluminum material, it combines high thermal conductivity, low density, and good machinability, providing sufficient strength to support electronic components while maintaining lightweight.
01
Surface treatment
Aluminium extrusion heat sink profiles form a protective oxide layer through anodizing to enhance corrosion resistance; or they use sandblasting to increase surface roughness, thereby improving radiant heat dissipation efficiency.
02
Corrosion Resistance
The naturally formed oxide layer on the surface of aluminum alloy or the protective layer enhanced through the anodizing process can withstand harsh environments such as humidity and salt spray, extending the service life of the radiator.
03
Forming process
Aluminum billets are heated to 450-500°C, then extruded through a die to form continuous cross-sectional profiles. This process can shape complex geometries or very closely spaced arrangements in a single step.
04
Design Flexibility
Extrusion process supports customized cross-sectional designs, allowing the adjustment of fin height, spacing, or shape according to the heat dissipation requirements of different devices, achieving precise thermal management.
0ption
Aluminum profile processing technology can be customized
Drawings and samples are customized
Rich production experience, customized production according to product characteristics and needs
Profile extrusion
Professional technical team, strictly control the amount of each profile
CNC deep machining
Fine saws . Placket. Punching. Stamping. Tapping . CNC deep machining
A variety of surface treatments
Oxidation. Electrophoresis. Spray paint and other surface treatments
Application Scenario
Consumer Electronics
Used for cooling high-heat components such as CPUs, GPUs, and power modules, in devices like laptops, gaming consoles, and servers.
Industrial Equipment
Provides efficient cooling solutions for power devices, inverters, and drive modules in fields such as power electronics, communication equipment, and LED lighting.
New Energy Sector
Used in electric vehicle battery management systems (BMS), charging stations, and photovoltaic inverters to ensure stable operation of equipment in high-temperature environments.
Aerospace
Due to its lightweight and high reliability, it is used in satellites, airplanes, and other scenarios that require extremely high weight and cooling efficiency performance.
FAQ
Q1: How long it takes to make new moulds?
A: 7-10 days normally.
Q2: How long is your deliver time?
A: In general,10-20 days for existing moulds.
Q3: Do you have any MOQ limit?
A: Yes, our MOQ is 300kg/item.
Q4: Do you have inspection procedures for aluminium extrusion heat sink profiles?
A: Yes, we have 100% self-inspection before shipping.
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