Ceramic, as we know it, is used to make rice bowls and pots – it does not conduct electricity. However, with some modifications to the original structure of ceramic by adding or removing an electron from its molecular structure; equilibrium is destroyed and a semiconductor is formed. When electricity passes through the semiconductors, large resistance causes voltage to decrease and produce energy that changes into heat. Like a driver who brakes his car abruptly, not only will his car be slowed down, the tyres will produce heat because of the large amount of friction between the tyres and the road’s surface. The same line of reasoning applies to elements – after absorbing energy it will change into another matter. An example would be the light bulb. When electricity passed through the LED, it will change into light and heat. History can attest to the benefits of far infrared ray (FIR) energy.

The Japanese race, renowned for their longevity, is equally renowned for their passion for taking hot spring baths. Back in ancient Japan during the warring times, its injured warriors were often arranged to take hot spring baths after every battle to help heal wounds. Scientific research has confirmed the presence of many minerals in hot springs to which some after absorbing heat (energy) from the earth will produce energy that is compatible with the human body. This energy (FIR) at 4-14 microns helps activate cellular renewal, stimulate blood circulation and promote healing.  ceramic semiconductor is of special technology – it excludes both near and medium infrared rays harmful to the human body, leaving behind only beneficial FIR at 4-14 microns.  FIR energy products not only benefit the user without causing burns but can also be used for long periods as well.

Voltage 220V

Ceramic Semiconductor