무제 문서
   
 
Type Model Description Electrode
Family electrolysis cell
HS-A 2TMI-GL 2 electrolysis cell diaphragms (total mesh) Ti (0.5t) + Pt (0.3mC) 55×135
HS-A 3TMI-GL 3 electrolysis cell diaphragms (total mesh) Ti (0.5t) + Pt (0.3mC) 55×135
HS-A 5TMI-GL 5 electrolysis cell diaphragms (total mesh) Ti (0.5t) + Pt (0.3mC) 55×135
HS-A 10TMI-GL 10 electrolysis cell diaphragms (total mesh) Ti (0.5t) + Pt (0.3mC) 55×135
HS-A 3CMI-TY
3 electrolysis cell diaphragms (total mesh) Ti (0.5t) + Pt (0.3mC) 55×135
HS-A 5CMI-TY
5 electrolysis cell diaphragms (total mesh) Ti (0.5t) + Pt (0.3mC) 55×135
e2 electrolysis cell
HS-e 2PN-GL 2 electrolysis cells (no diaphragm) for disinfection and reduction Ti (0.5t) + Pt (0.3mC) DIA 47mm
HS-e 3PN-GL 3 electrolysis cells (no diaphragm) for disinfection and reduction Ti (0.5t) + Pt (0.3mC) DIA 47mm
HS-e 4PN-GL 4 electrolysis cells (no diaphragm) for disinfection and reduction Ti (0.5t) + Pt (0.3mC) DIA 47mm
HS-e 5PN-GL 5 electrolysis cells (no diaphragm) for disinfection and reduction Ti (0.5t) + Pt (0.3mC) DIA 47mm
Industrial electrolysis cell (customized)
HS-S 2MN-S 2 electrolysis cells (no diaphragm) for disinfection and reduction Ti (0.1t) + Pt / Ir (0.3mC) 76×700
HS-S 4MN-S 4 electrolysis cells (no diaphragm) for disinfection and reduction Ti (0.1t) + Pt / Ir (0.3mC) 76×700
HS-S 6MN-S 6 electrolysis cells (no diaphragm) for disinfection and reduction Ti (0.1t) + Pt / Ir (0.3mC) 76×700
 
 

1.Physical Properties (HS-3P or 3M)

[ Meter Readings ]

Type Plate Electrodes(3P) Mesh PElectrodes
p.H ORP Remark p.H ORP 비고
H 10.01 -190mV 25V/2.5 9.9 -280mV 25V/1.70
M 9.73 -140mV 13V/1.6 9.4 -155mV 13V/1.0
L 8.9 -17mV 5.5V/0.35 8.7 -17mV 5.5V/0.28
Discharged water (acidic) 3.6 +440mV ? 3.6 +440mV ?
Amount of Water 1200mL (alkaline 700 / acidic 300) 1200mL (alkaline 700 / acidic 300)
Bubble generated 1 (per 100%) 3 (per 100%)
 
[ Reagent Test Result ]

Depends on the properties of the original water, as well as on the seasonal factors and the temperature.
 
2. Reagent Test of Reductive Agents in the Ionized Water Generation System

As the figure on the right shows, you can see that the pace at which the water is reduced changes hour to hour. You can expedite the process by boiling or shaking the water. The change occurs first in the water that is exposed to the external air. Block the air and the light to store water longer.