Blog

Does Metal Plate Interfere With Wireless Charging

Metal plates can interfere with wireless charging, depending on their size and shape. They can cause the charger to malfunction or slow down the charging process.


Does Metal Plate Interfere With Wireless Charging

(Does Metal Plate Interfere With Wireless Charging)

When metal plates are placed near a wireless charging-enabled device, they can interfere with the signals that the charger sends out. This is because metal plates block certain wavelengths of electromagnetic radiation, including those used for wireless charging. When these wavelengths pass through a metal plate, they are absorbed by the metal surface and disrupted, which can cause problems with the charging process.
For example, if you place a metal plate on top of a smartphone or tablet, it can cause the charger to become saturated and slow down the charging process. Additionally, if you place a metal plate on a table with a wirelessly charged pad nearby, the metal plate can interfere with the signal that the pad receives and prevent it from charging properly.
In addition to causing problems with the charging process, metal plates can also be dangerous if they come into contact with the charger’s contacts or power source. For example, a metal plate that is too thin may break off and expose the contacts, allowing electricity to flow between the plate and the charger.


Does Metal Plate Interfere With Wireless Charging

(Does Metal Plate Interfere With Wireless Charging)

It is important to keep in mind that not all metal plates will interfere with wireless charging. Some metals, such as aluminum and stainless steel, are less likely to affect the charging process than others, such as iron or copper. However, it is still a good idea to be aware of the potential risks and to avoid placing metal plates near wireless charging-enabled devices whenever possible. If you need to use a metal plate, try to choose one that is thin enough to not significantly disrupt the charging process, but thick enough to allow for proper contact with the charger’s contacts and power source.

Scroll to Top