Mobile Phone Cooler

  • $55.95
  • Save $25.04

Your phone’s internal temperature is based on the temperature of its environment. If your phone gets too hot, it can experience problems like battery drain, forced shutdown, and even a total meltdown (no joke, your phone’s Central Processing Unit is capable of melting if it reaches extreme temperatures). There’s also the chance that your phone will not restart if it was forced to shut down due to overheating.

There are a lot of reasons your phone can overheat that aren’t related to the outside high temperature, and several revolve around your battery. Do you have a bunch of apps running in the background? Many apps use a lot of battery, which can drain it quickly. And, as a result, end up heating up your phone. 

Another issue can be how frequently you use your phone. If you’re constantly on your phone, your phone battery is working overtime, which raises your phone’s temperature. Do you like to leave your phone on the charger even after it’s reached 100%? That could also be the problem. Overcharging can cause your device to overheat.

So here's our one of the best product that can help you to get rid of those things.

Features:

1. USB charging. The charging treasure and USB charging head can supply power, plug and play, very convenient.

2. Ultra-quiet fan. The mobile phone radiator built-in 7500 rpm DC motor that is noise-reducing, so you dont have any noise when using your phone.

3. Power-saving. With mobile phone radiator, your phone will not be hot, not only it saves energy, but also extends battery life.

4. Spring telescopic clip. Support clip width of 67-90 mm, does not hurt the phone, has a soft silicone mat, the phone is very stable.

5. The heat dissipation system is equipped with a fan, the hot end is provided with a heat conductive aluminum block, the refrigeration module is equipped with a semiconductor refrigeration sheet, and the cold end is provided with a heat conductive aluminum block. The semiconductor is cooled and frozen, and it can be cooled rapidly by energization.


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