This invention provides a far infrared substrate for electronic device, which is mainly composed of an electronic device and a far infrared released material. The electronic device is operated by electricity, and an electromagnetic wave is generated during the operation of electronic device. The electromagnetic wave, according to Faraday electromagnetic induction law, generates an induced electromotive force in the circuit of the electronic device, thereby emitting an electromagnetic wave from the electronic device, which is absorbed by human body. The far infrared released material contains 70~95% of alumina, and the emission coefficient of far infrared ray released by the far infrared released material in the wavelength of 4~14 micron is above 0.9, wherein the far infrared with wavelength of 4~14 micron transmitted to human body through electromagnetic wave and the far infrared of wavelength 9.36 micron emitted by human body create an absorption resonance, making human body absorb more amplified energy released by the far infrared released material. The resulting feature is that the far infrared can penetrate deep into the internal tissue of human body to promote resonance in the water molecules of intracellular, thereby activating metabolism.一種用於電子裝置的遠紅外線基材,主要係由一電子裝置以及一遠紅外線釋放物質所構成;該電子裝置係藉由電力而運作,電子裝置在運作期間產生一電磁波根據法拉第電磁感應定律,在該電子裝置的迴路內產生一感應電動勢,從而由電子裝置發射出電磁波,該電磁波並由人體吸收;該遠紅外線釋放物質,包含70~95%之氧化鋁且該遠紅外線釋放物質所釋放之遠紅外線在波長4~14微米的放射係數在0.9以上,其中波長4~14微米的遠紅外線由電磁波傳導致人體,並與人體放射的波長9.36微米的遠紅外線相產生吸收共振,使人體吸收遠紅外線釋放物質的能量增幅,其特性是能深入人體內部的組織,促進人體內細胞的水分子產生共振,活化新陳代謝。
