Excuse me, what is the principle of the individual water purifier of Jingyi Water Purifier? Thank you for your questions.

Jingyi single soldier water purifier mainly adopts high-precision ceramic filter element (0. 1 micron dual-control membrane ceramic filter element invention patent number: ZL 200510033632.9) and nano-metal cluster filter material (NMC) (patent number: ZL2006 10034 167.5). Jingyi single soldier water purifier filters pathogenic microorganisms in water through tiny micropores of dual-control membrane ceramic filter elements, which belongs to physical filtration, and can filter pathogenic bacteria such as Escherichia coli, Staphylococcus aureus, Salmonella typhi, cholera and Legionella by 99.9999%. The filtration accuracy of ceramic filter element of outdoor water purifier must be able to completely remove pathogenic bacteria and eggs in water, which is easy to clean after use and stable for long-term storage. Jingyi Technology's single-soldier water purifier filter element adopts double-control membrane ceramic filter element, which is fired at high temperature and has good stability in use and storage. The filtration accuracy is 0.65438 0 micron, which is high, breaking through the limitation that the traditional ceramic filter element must ensure a certain thickness. It is filtered by high-precision ceramic filter element, and then filtered by the patented product nano-metal cluster filter material unique to Jingyi Technology, and the soluble heavy metal ions (lead, chromium, cadmium, etc. ) and organic micro-pollutants in the water, further making natural water cleaner and safer and reaching the standard of direct drinking. (Nano-metal cluster filter material is a granular porous material composed of countless micron rice flour. Many metals with different potentials form many microbatteries with strong redox properties on the surface and pores of filter materials. Soluble harmful ions such as Pb2+ and Cd2+ in water are reduced to water-insoluble metals, and organic pollutants react on these microcells and are oxidized and degraded into harmless substances. The potential change during the reaction has good antibacterial and bactericidal effects. )