Secret of ELECLEAN

ELECLEAN only needs to add water to generate safe and powerful detergent.
This technology uses an advanced electrochemical module that uses only water as a raw material, without chemicals, to conduct redox reactions through nano-catalyst electrodes. During the reaction, the electrochemical module re-combines the Hydrogen ions (H) and Oxygen ions (O) of the water into high active oxygen disinfectant, called “ROS” ( Reactive Oxygen Species), which contains hydroxide radicals (⋅OH), hydrogen peroxide (H2O2) and super oxygen (⋅O2-). These strong oxidizing substances such as free radicals destroy the structure of the target pollutants, such as bacteria and virus, through strong oxidation process.
With Activated Crystal Ball Catalysts inside, it accelerates the reaction to instantly produce high-activity oxygen disinfection water.

Difference from conventional disinfectants
NO alcohol:
100% water only, contain no alcohol
NO chlorine (Cl):
No health risk of chlorine by-product
NO chemicals:
No risk of chemical residue, by-product or resistance
NO ozone:
No health risk of high concentration of ozone
Comparison of ELECLEAN and conventional disinfectants



Alcohol based disinfectant | Sodium Hypochlorite based disinfectant | ELECLEAN | |
---|---|---|---|
Concentration | Alcohol 80% | Chlorine 0.3-0.4% | 100% water only |
Effectiveness | Mostly eliminate bacteria only | Eliminate bacteria and virus | Eliminate 99% bacteria and virus (E. Coli, H1N1..etc) |
Safety | Mid low | Low | High |
Applicable area | Object, skin | Object | Object, skin |
Skin irritation | Mid high | Very high | Non |
Causticity | Low | Very high | Non |
Scent | Low | High | Non |
Environmental pullution | High | Very high | Non |
Features




Verifications by third-party
ROS can deactivate activity of bacteria and virus through strong oxidation is directly transformed from water by electrochemical technology. The followings are certified to be highly anti-microbial effectiveness by Chang Gung University, SGS, Japan JFRL and HQ Square.
Presdomonos oeruginosa
H1N1 virus
E. Coli
Candida albicans
Salmonella
Klebsiella pneumoniae
Staphylococcus aureus
Aspergillus niger
Influenza Virus B & A
Awards
