Temperature it is a bottleneck for all power electronics in general, that’s a fact.
We need safer, more efficient, and reliable electronics but as we are taking power density values to the limits, thermal performance becomes a tricky topic.
Not only because thermal compounds have to fit all these technical requirements ( thermal & electrical properties, mechanical & chemical resistance, regulatory…) but also manufacturability can make the difference and has crucial implications into the implementation and industrialization.
Making a few prototypes in the lab it’s an easy topic, but as forecasts increase to thousand units per week, meeting market deadlines it’s a challenge.
In the last months, our Lab Team has been working hard in order to improve flowability and reduce the viscosity of our entire range, without compromising any of the other parameters (thermal/electrical properties).
That means better handling and manipulation, and no special tooling needed, improving costs and productivity.
Unlike other potting products available on the market, encapsulation with Coolmag :
Due to low viscosity value, potting using Coolmag is now easier than ever:
CoolMag™ Range is designed to provide thermal conductivity, electrical safety, hazard protection, mechanical and fire protection for electronic encapsulating applications. Just ask for a sample!
Siloxanes Are chemical compounds with a backbone of alternating silicon (Si) and oxygen (O) atoms, each silicon atom bearing one or several organic groups, as be seen in the image 1, are very flexible due to large bond angles and bond lengths compared to those found in more basic polymers. Siloxanes are building blocks for silicone …
The demand for effective thermal management solutions in electronic equipment is on the rise as a result of rapid technological progress. These solutions aim to ensure that system devices operate at an acceptable temperature level to reduce the risk of damage and ensure the longevity of components. The traditional method of dealing …
Batteries challenge Battery manufacturers are currently challenged to produce large volumes of smaller, lighter, and cheaper lithium batteries. These higher energy density packs deliver more power, over a longer period of time, but to do so they need to avoid overheating and heat spikes, i.e. better thermal control. Thermal control In order …
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