Aluminum Heat Sink for Electronics & DIY Projects (Multiple Sizes)
Aluminum Heat Sink for Electronics & DIY Projects (Multiple Sizes)
Couldn't load pickup availability
The Ultimate Thermal Management Solution for Your Electronics
Prevent overheating and ensure the longevity and performance of your critical components with our high-quality extruded aluminum heat sinks. Designed for superior passive cooling, these heat sinks effectively dissipate heat from CPUs, GPUs, high-power LEDs, amplifiers, and more.
Made from durable, high-conductivity aluminum, they are an essential part of any DIY electronics project or professional repair. Choose the perfect size for your application to guarantee optimal performance and stability.
Choose Your Size:
► 60 x 60 x 35mm - Compact & Versatile A classic square heat sink perfect for cooling individual components like processors, voltage regulators, and motor drivers where space is a consideration. Its vertical fins are optimized for efficient heat dissipation.
► 40 x 40 x 150mm - Customizable Bar This long, extruded bar is ideal for cooling multiple components in a line or for projects requiring a custom-length solution. Simply cut it to the size you need for a perfect fit on LED arrays or custom amplifier builds.
► 150 x 90 x 15mm - Maximum Surface Cooling For high-performance applications, this large, low-profile heat sink offers maximum surface area. Its dense grid of fins is engineered to cool large processors, Peltier modules, or extensive LED panels with exceptional efficiency.
Universal Features:
- Material: High-Grade Extruded Aluminum Alloy
- Function: Passive cooling to manage heat and prevent thermal throttling.
- Application: Versatile use for computers, LED lighting, power supplies, amplifiers, and custom DIY projects.
- Construction: Durable, lightweight, and reliable for long-term use.
How to Use: Select the size that best fits your project's needs from the dropdown menu above. Ensure good thermal contact by using a thermal adhesive tape or paste (not included).
Share




