Heatsink black 38x38mm

Efficient thermal management solution with the heat sink black 38x38mm from Fischer Elektronik

Innovative thermal management is central to the performance and service life of components such as LEDs and electronic devices. The heat sink 38x38mm in black from Fischer Elektronik offers the ideal solution here. With its compact shape and efficient heat dissipation capacity, it is perfect for use in devices with limited space

High heat dissipation through premium design

This heat sink is made of high-quality aluminium and has a black coating. This not only conceals a stylish appearance, but also enables improved heat dissipation. The black surface absorbs heat more effectively than a shiny surface and releases it more quickly into the environment

Versatile applications

Whether in electronic devices such as computers or audio amplifiers, LED lights, power supplies or other devices with high heat generation - this heat sink brings high performance in a small space. It can be easily and uncomplicatedly attached with a suitable heat-conducting adhesive or a screw

Product features at a glance:

• Efficient thermal management: thermal resistance of 9.4 K/W
• Compact size: Dimensions 38mm x 38mm x 16mm
• Quality material: Made of high-quality aluminium

Quality from Fischer Elektronik

As a renowned manufacturer, Fischer Elektronik brings decades of experience in the production of heat sinks and other electronic accessories to the table. The products stand for sustainable quality, reliability and high performance

Questions & answers about the heat sink black 38x38mm

1. Is the heat sink easy to install?
   Yes, the heatsink can be easily and quickly attached with a suitable thermal adhesive or with a screw.


2. Which devices are suitable for using this heat sink?
   The heatsink is ideal for use in computers, audio amplifiers, LED lights, power supplies and other devices with high heat generation.


3. What are the advantages of the black coating?
   The black coating improves heat dissipation by absorbing heat more effectively and releasing it more quickly into the environment.