Yes, a phone case without a magnetic magnet can still support wireless charging, provided that the phone case itself does not have a material that blocks the wireless charging signal. Wireless charging technology is based on the principle of induction, by establishing an electromagnetic field between the phone case and the wireless charger to achieve charging. Usually, plastic, silicone and other common mobile phone case materials do not hinder the wireless charging signal, so it will not affect the wireless charging function.
However, some metal or thick phone cases may interfere with the wireless charging signal, resulting in poor charging effect or even no charging. Therefore, when buying a mobile phone case, it is best to choose a shell designed for wireless charging or a shell that has been tested and certified to ensure the normal use of wireless charging functions.
In addition, it should be noted that even if a compatible phone case is used, the location may affect the wireless charging effect. Place the phone correctly on the wireless charger, and make sure that there is no object between it and the charger to get the best wireless charging effect.
No.
1. Because wireless charging requires the phone case to maintain a close fit with the phone, and charge through electromagnetic induction, while the phone case without magnetic absorption cannot be closely fitted with the phone, resulting in no charging. 2. Of course, if you don't need the function of wireless charging, you can still choose a phone case without magnetic absorption.
On this issue, yes, the mobile phone case without magnetic absorption can also be wireless charging through wireless charging technology. Wireless charging technology uses the principle of electromagnetic induction to transfer electrical energy to the wireless charging module inside the mobile phone through the air, so as to achieve wireless charging. Wireless charging and magnetic absorption are not directly related, so whether the phone case has magnetic absorption does not affect the use of wireless charging.