As technology continues to evolve, so too does one of its worthiest adversaries: heat. In the modern world, the rate of technological evolution means electronics need to be faster, more powerful and pack more functionality than ever before.
These demands put added strain on electrical devices. Smaller, more powerful devices require more high-power components packed into a tighter internal space. That extensively ramps up the heat within them. Over time, this exposure to heat within the device can lead to reliability issues, degrade performance and lead to failure in components.
It’s therefore vital that that heat is effectively managed and dissipated correctly to reduce the impact of heat on components. That’s where thermal management materials come in. Whether you’re manufacturing large outdoor installations for telecoms infrastructure, or improving the efficiency of electric car batteries, managing heat efficiently should be a key priority in your design.
Effective heat management starts with having the right product for your applications. But knowing which thermal management material is best for your task isn’t easy. Particularly when there are so many to choose from.
Find out more about how to select the right thermal management material for your application below. Discover the most important factors to consider when choosing a thermal material, and ensure you have the best thermal paste, pad or compound to maximize operational efficiency in your electronics every time.