Product Description
Introducing our Custom Aluminium Extrusion Profile Radiator, a masterpiece in electronic cooling solutions. With a sleek, black anodize finish, our Aluminum Heatsink is expertly designed for superior heat management in LED Amplifier Systems.
Our electronic heat sink is an essential, passive cooling device crafted to efficiently channel heat away from electronic components, such as processors, power transistors, or power supplies. By mitigating heat, the heat sink ensures optimal performance and prolongs the lifespan of your electronic devices, shielding them from damage caused by excessive heat.
How It Works:
Our heat sinks operate by dramatically enhancing the surface area in contact with the ambient air, thereby facilitating efficient heat transfer from the component to the air. The principle of **thermal conduction** allows heat to flow seamlessly from the hotter component to the cooler heat sink, followed by convection, where the heat is gracefully released into the surrounding air.
Key Components of Heat Sinks:
1.
Base Plate: This is the crucial flat surface that makes direct contact with the electronic component, often paired with thermal paste or a thermal pad to maximize heat transfer efficiency.
2.
Fins: Ingeniously designed thin metal plates affixed to the base plate, these fins augment the surface area, thereby allowing more air to engage and cool the heat sink effectively.
3.
Material: Heat sinks are predominantly crafted from metals with exceptional thermal conductivity, such as lightweight and economical aluminum or superior, albeit heavier, copper for unparalleled thermal performance.
Types of Heat Sinks:
1.
Passive Heat Sinks: These rely on the natural phenomenon of convection to disperse heat, devoid of fans or external power. They are ideally suited for devices with low to moderate heat output.
2.
Active Heat Sinks: Featuring an integrated fan or blower, these heat sinks dramatically enhance heat dissipation by forcing air over the fins, making them perfect for high-output devices like CPUs, GPUs, and powerful electronics.
3.
Heat Pipes and Vapor Chambers: Innovative designs incorporate heat pipes or vapor chambers to ensure faster and more uniform heat distribution across the heat sink, elevating the cooling performance.
Applications:
CPUs and GPUs: To safeguard against overheating in sophisticated computers and gaming systems.
Power Semiconductors: Essential in power supplies and state-of-the-art electric vehicles.
LED lighting: Ensures long-lasting performance and efficient operation.
Battery packs: Critical in smartphones, electric vehicles, and laptops for optimal efficiency.
Masterful heat dissipation is non-negotiable for sustaining the performance, dependability, and longevity of advanced electronic systems.
Name |
Aluminium Radiator |
Aluminium Heat Sink |
Material |
Aluminium |
Profile |
Aluminium 6063-T5 |
Thinckness |
Customize |
Color |
any color |
Customize |
Finished |
Anodized |
Powder coating |
Electrophoresis |
Size |
Customize |
Shape |
Customize |
Payment term |
T/T |
L/C |
etc |







1. Are you a trading company or manufacturer?
We proudly operate our own production line, delivering professional aluminium heatsink products for over 15 years, ensuring we are a trusted manufacturer.
2. How long is your delivery time?
Typically, our delivery time is 5-10 days if goods are in stock. If they are not in stock, the timeframe extends to 15-20 days, depending on order quantity.
3. Do you provide samples? Is it free or extra?
Yes, we offer samples at no cost, though customers are responsible for covering the freight charges.
4. What is your terms of payment ?
For transactions amounting to $1,000 or less, we require full payment in advance. For transactions exceeding $1,000, we offer a flexible payment plan: a 30% deposit via T/T, with the remaining balance due upon receipt of the Bill of Lading copy.
5. Is your price competitive compared to other companies?
Our mission is to offer unmatched value: the best prices without compromising on quality, or superior quality at the most competitive prices in the market.