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Skived Fin Aluminum Copper Heatsink

Skived Fin Aluminum Copper Heatsink

Skived Fin Aluminum Copper Heatsink
Skived Fin Aluminum Copper Heatsink
Product Introduction
  • Optimized thermal performance with skived fin design.
  • Lightweight construction using aluminum and copper materials.
  • Enhanced heat dissipation for high-performance electronics.
  • Customizable dimensions to fit diverse applications.
  • Durable and corrosion-resistant for long-lasting use.
  • Easy integration into existing cooling systems.
  • Cost-effective solution for efficient thermal management.
  • Supports both passive and active cooling configurations.

Products Details

Grade6000 Series
Tolerance±1%
Delivery Time22 ~ 30 days
Alloy Or NotIs Alloy
Applicationled/electronics/cpu/industry
Processing ServiceBending, Decoiling, Welding, Punching, Cutting
Shapecustom
TemperT3~T8
Product nameCustom aluminum heatsink
Selling UnitsSingle item
Single package size30X20X20 cm
Single gross weight3.000 kg

Skived Fin Aluminum Copper Heatsink+

FAQ

1. What is a skived fin heatsink?
A skived fin heatsink is a thermal management device with fins created through a skiving process, enhancing heat dissipation.

2. How does the aluminum copper composition benefit?
The aluminum copper composition provides a balance of lightweight and high thermal conductivity for efficient cooling.

3. Can this heatsink be customized?
Yes, the heatsink can be customized in dimensions to fit specific application needs.

4. Is the heatsink suitable for high-performance applications?
Yes, it is designed for efficient heat dissipation in high-performance electronics.

5. What are the benefits of using skived fins?
Skived fins enhance surface area for improved thermal performance and heat dissipation.

6. How does this heatsink resist corrosion?
The use of high-quality aluminum and copper materials provides natural corrosion resistance.

7. Is this heatsink compatible with existing systems?
Yes, it is designed for easy integration into existing cooling systems.

8. Does the heatsink support active cooling methods?
Yes, it supports both passive and active cooling configurations for versatile use.


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