隔磁材料，隔磁片，软磁片厚度为0.2 0.3 0.5mm无线充电器是利用电磁波感应原理进行充电的设备，在无线充电器的的发射端和接收端隔有一个线圈，发射端线圈连接有交变电源产生交变电磁场，接收端线圈感应发射端的电磁场信号产生电流隔电池充电；由于线圈磁场会对设备其他电子元件产生电池干扰或涡流效应引起电池发热等浪费电能量，对此需要用高磁导率的隔磁材料来引导磁路，电磁场会在隔磁材料的牵引下在其内部形成一条密集的磁归路防止磁场偏移干扰到其他电子元件，隔住金属环境防止与金属作用发热，提高充电效率！

Magnetic isolation material, vibration disk, floppy disk thickness of 0.2 0.3 0.5mm wireless charger is the use of electromagnetic induction principle for charging device in the wireless charger, the transmitting end and the receiving end compartment having a coil, the transmitter coil is connected with an alternating power supply generating an alternating electromagnetic field, receiving end coil induction transmitter electromagnetic signal generation the battery charging current; since the coil magnetic field on equipment other electronic components produced cell interference or eddy current effect caused by the battery heat waste electric energy, of which we need to use a high magnetic permeability magnetic materials to guide magnetic circuit, electromagnetic field in the magnetic material under traction in its internal form a dense magnetic return preventing magnetic field offset interference to other electronic components, metal isolation environment to prevent metal interactions fever, improve charging efficiency!