Black Zipper Fin Heat Sink With Cold Plate Manufacturers Supplier Factory

Black Zipper Fin Heat Sink With Cold Plate

Product Highlights

Efficient heat dissipation for high-performance electronics.
Integrated cold plate enhances thermal management.
Durable black anodized finish for corrosion resistance.
Compact design suitable for limited space applications.
Customizable fin configurations to meet specific needs.
Lightweight construction for easy integration.
Compatible with a wide range of electronic devices.
Improves device longevity by maintaining optimal temperatures.

Products Details

Grade	Aluminum
Tolerance	Â±1%
Delivery Time	8 ~ 14 days
Alloy Or Not	Is Alloy
Application	Heat Sink
Processing Service	Bending, Decoiling, Welding, Punching, Cutting
Shape	Square
Temper	T4-T5-T6
Product name	Aluminum alloy chip radiator
Selling Units	Single item
Single package size	30X20X20 cm
Single gross weight	0.800 kg

Black Zipper Fin Heat Sink With Cold Plate

FAQ

1. What is a fin heat sink?
A fin heat sink is a device that dissipates heat from electronic components, enhancing cooling efficiency.

2. How does a cold plate work?
A cold plate transfers heat from components to a fluid, optimizing thermal management.

3. Why choose a black anodized finish?
A black anodized finish provides corrosion resistance and aesthetic appeal.

4. Can the fin configuration be customized?
Yes, customizable fin configurations are available to meet specific thermal requirements.

5. What are the benefits of using a heat sink with a cold plate?
Combining a heat sink with a cold plate improves cooling efficiency and device performance.

6. Is the heat sink suitable for compact spaces?
Yes, the compact design makes it ideal for applications with limited space.

7. What types of devices can use this heat sink?
This heat sink is compatible with various electronic devices that require efficient cooling.

8. How does this product enhance device longevity?
By maintaining optimal temperatures, it prevents overheating, thus extending device lifespan.