Copper Pin Fin & Skiving Fin Cpu Heat Sink Manufacturers Supplier Factory

Copper Pin Fin & Skiving Fin Cpu Heat Sink

Product Highlights

Optimized thermal performance with copper pin fin design.
Enhanced heat dissipation using skiving fin technology.
Compatible with a wide range of CPU models.
Durable construction ensures long-lasting performance.
Efficient cooling for high-performance computing systems.
Easy installation with standard mounting options.
Lightweight design reduces overall system weight.
Environmentally friendly materials and manufacturing processes.

Products Details

Grade	1000 Series
Tolerance	Â±20%
Delivery Time	15-21 days
Alloy Or Not	Is Alloy
Application	Heat Sink
Processing Service	Bending, Welding, Punching, Cutting
Shape	Square
Type	OEM Aluminum Extrusions Profiles
Material	Copper
Packaging Details	Foam or kraft paper of inner;cartons;wood boxes;pallets or as request.
Port of dispatch	FOB shenzhen or Hong Kong
Selling Units	Single item
Single package size	14.5X11X4.5 cm
Single gross weight	1.650 kg
Supply Ability	20000 pieces per Month

Copper Pin Fin & Skiving Fin Cpu Heat Sink

FAQ

1. What is a copper pin fin heat sink?
A copper pin fin heat sink uses copper pins to enhance surface area and improve thermal performance.

2. How does skiving fin technology work?
Skiving fin technology involves cutting fins from a single block of metal for better heat transfer.

3. Is this heat sink compatible with my CPU?
The Copper Pin Fin & Skiving Fin CPU Heat Sink is designed for compatibility with various CPU models.

4. What are the benefits of copper in heat sinks?
Copper offers superior thermal conductivity, making it ideal for effective heat dissipation in heat sinks.

5. How easy is it to install this heat sink?
The heat sink features standard mounting options that simplify installation.

6. What systems benefit from this heat sink?
High-performance computing systems benefit significantly from the enhanced cooling of this heat sink.

7. Is the heat sink environmentally friendly?
Yes, it is made with environmentally friendly materials and processes.

8. Does the lightweight design affect performance?
The lightweight design maintains optimal performance while reducing the overall system weight.