Announcement of product release using the new material Carbon-Aluminum ACM-a from Advance Composite Co., Ltd. │ Just place it down: smartphone cooling plate! Prevents battery degradation!

Starting from October 20, 2023 (Friday), we will be launching "Cool your smartphone just by placing it! New material using carbon-aluminum! Prevents battery degradation!" on the official Makuake website https://www.makuake.com/project/advance-composite03/ (until January 10, 2024).
Our company is engaged in the manufacturing and development of metal matrix composite materials using our unique core technology of molten forging. One of these, the new material "ACM-a," which combines carbon and aluminum, has a thermal conductivity equivalent to that of copper and 1.6 times that of aluminum! Its thermal diffusion rate is 2.7 times that of aluminum and 2.2 times that of copper! It quickly absorbs heat from smartphones, tablets, and PCs and dissipates it rapidly.
【No power supply needed, cool your smartphone just by placing it! Prevents battery degradation】
Many people think it's normal for smartphones to occasionally heat up, but when the device becomes too hot, various issues can arise, leading to battery degradation. One solution is to promote cooling.
This smartphone cooling plate promotes cooling just by placing it down!
We hope to attract the interest of those who use their smartphones heavily on a daily basis (business people, students, housewives, etc.).


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Since ACM-a has a very high thermal conductivity, the cold air quickly transfers from the frozen ACM-a to the water, taking away heat and freezing the water immediately! The ACM-a plate at room temperature can also quickly absorb heat from a smartphone if the smartphone's temperature is high, cooling it down rapidly.
The heat dissipation effect of the new material carbon-aluminum "ACM-a" has been verified. After heating the iPhone 7 to 50°C, we placed it on a wooden desk and on ACM-a to measure the temperature changes. In this experiment, the item placed on ACM-a was about 5°C lower compared to the one on the wooden desk. A cooling effect of 5°C in an experiment at room temperature of about 28°C can be considered significant. (Note: The video is shown at 7 times speed)
*As a special benefit on Makuake, we will sell this "super early discount" price to the first 30 customers.