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Electronic devices such as smartphones and thin laptops are passively cooled. This means they do not have an internal fan. This saves space and improves battery life but with a limited ability to dissipate heat, their speed and power is limited. CrodaTherm™ bio-based phase change materials can be applied in these devices to help absorb heat energy during periods of intense use and then release that heat during idle periods. This can increase the amount of time a device will run at high speed before it has to slow down and can reduce the device’s external temperature, so devices feel more comfortable to hold.
Click to find out what makes CrodaTherm bio-based phase change materials different
View all CrodaTherm bio-based phase change materials
Bio-based PCMs that melt at 15 - 29ºC
A bio-based organic ambient temperature PCM derived from plant-based feedstocks that melts at 15ºC
A bio-based organic ambient temperature PCM derived from plant-based feedstocks that melts at 19.3ºC
A bio-based organic ambient temperature PCM derived from plant-based feedstocks that melts at 21ºC.
A bio-based organic ambient temperature PCM derived from plant-based feedstocks that melts at 24ºC
A bio-based organic ambient temperature PCM derived from plant-based feedstocks that melts at 23.8ºC
A bio-based organic ambient temperature PCM derived from plant-based feedstocks that melts at 29ºC
A bio-based organic ambient temperature PCM derived from plant-based feedstocks that melts at 32.0ºC
A bio-based organic ambient temperature PCM derived from plant-based feedstocks that melts at 36.8ºC
Bio-based PCMs that melt at above 45ºC
A bio-based organic high temperature PCM derived from plant-based feedstocks that melts at 53ºC
A bio-based organic high temperature PCM derived from plant-based feedstocks that melts at 59.8ºC.
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