Negative ion converter technology can convert artificially generated negative ions into small particle size negative ions equivalent to those in nature. Small particle size negative ions have high activity and long migration distance, and can form negative ion bath environment within the range of 4-5 meters, without installing a fan, and truly realize "zero" noise.
2. Nano Flynn negative ion releaser (patent number ZL20 1020263299.7)
Fullerene is an electrocatalyst material made of nanotechnology, which is close to superconductivity and its resistance is almost equal to zero. When ions pass through this material, it will produce a strong vibration effect, which is very conducive to the free precipitation of ions, so it is different from traditional ion release materials (ordinary carbon fiber metal, etc.). ), it needs a strong current. Only a relatively weak current is needed to release a large dose of high-purity negative ions. Can form a pure ecological negative ion bath environment in space. At the same time, it does not produce ozone, peroxide, nitride, radiation and other derivative pollutants. It is the closest ecological negative ion generation technology to nature.
3. Ecological negative ion generation chip (patent number ZL20 122043390 1.6)
Eco-negative ion generation chip technology is the world's leading eco-negative ion generation technology. The ecological negative ion generation chip consists of a piezoelectric ceramic negative ion generator and an ion converter. Piezoelectric ceramic transformer can suppress and eliminate the negative influence of positive ions generated by coil transformer used in traditional negative oxygen ion generator, and reduce the volume and thickness of negative oxygen ion generator. Ion converter is an upgraded version of negative ion converter, and its essence is the pulse frequency intensifier applied to negative ion generator. The pulse frequency intensifier can effectively improve the pulse energy of negative ions, so that the air negative ion functional electric appliance adopting this technology can produce ecological negative oxygen ions with small particle size and high activity.