Heat sinks for Raspberry Pi 4

The 4-piece heat sink set is an essential solution to maintain the optimal temperature of your Raspberry Pi and improve its performance while extending its lifespan. Compatible with several Raspberry Pi models, this kit provides passive cooling and protects your sensitive components from overheating.

Main features

• Four heatsinks included : A complete kit to cover the main components (processor, RAM, etc.).
• Quality Materials : Made of aluminum for excellent thermal conductivity.
• Easy Installation : Each heat sink features strong thermal adhesive for quick and secure attachment.
• Wide Compatibility : Suitable for a wide range of Raspberry Pi models (4, 3B+, 3, Zero, etc.).
• Passive cooling : Effectively reduces temperature without generating noise.

Highlights

• Performance Enhancement : Reduces overheating and optimizes performance, especially during intensive workloads.
• Increased protection : Prevents the risk of damage caused by prolonged overheating.
• Compact and discreet : The heat sinks fit perfectly without cluttering your setup.
• Durability : Sturdy materials and quality adhesives for long-term use.

Ideal applications

1. Heavy Duty : Ideal for CPU-intensive projects like servers, gaming, or data processing.
2. IoT Projects : Keep your Raspberry Pi at optimal temperatures in demanding environments.
3. Media Stations : Perfect for video or audio streaming setups.

Technical specifications

• Material : Anodized aluminum.
• Number of heat sinks : 4 pieces (different sizes to fit components).
• Attachment : Pre-cut thermal adhesive included.
• Compatibility : Compatible with Raspberry Pi 4, 3B+, 3, Zero, and other similar models.
• Cooling : Passive, silent and efficient solution.

Why choose this heat sink set?

Whether you use your Raspberry Pi for simple or intensive projects, this heatsink kit ensures reliable protection against overheating. Easy to install and discreet, these heatsinks provide effective passive cooling while extending the life of your device. They are essential for maintaining optimal performance in all operating conditions.