Titanium electrolyzer of Sodium hypochlorite generator
Electrolytic reactions are generally carried out in an electrolytic cell, where the brine solution contains several ions such as Na+and H-. Under a certain electric field, the electrolyte solution moves towards the anode due to the movement of ions and electrode reactions. At this time, negative ions such as CL- and OH- move towards the anode, while positive ions such as Na+and H+move towards the cathode and discharge on the corresponding electrode, resulting in an oxidation-reduction reaction and the production of a strong oxidizing solution of sodium hypochlorite. It is applied to the field production of Sodium hypochlorite disinfectant (Bleach)and the treatment of water by electrolysis.
| Effective chlorine output |
50g/h |
100g/h |
300g/h |
500g/h |
1000-2000g/h |
| DC Voltage |
DC/V≤5V |
DC/V≤5V |
DC/V≤20V±5 |
DC/V≤30V |
DC/V≤40V |
| DC Current |
DC/A≤60A±20% |
DC/A≤125A±20% |
DC/A≤84A±20% |
DC/A≤120A±20% |
DC/A≤156A±20% |
| brine concentration |
2%—5% |
2%—5% |
2%—5% |
2%—5% |
2%—5% |
| Liquid inlet and outlet interface |
G1” |
G1/2” |
G1/2” |
G1/2” |
G3/4” |
| Effective chlorine concentration |
≤9000ppm |
≤9000ppm | ≤9000ppm | ≤9000ppm | ≤9000ppm |
| Container pressure |
≤0.2Mpa |
≤0.2Mpa |
≤0.2Mpa |
≤0.2Mpa |
≤0.6Mpa |
Titanium electrodes of the electrolyzer inside:
1.Anode:titanium coated Ruthenium-iridium mixed oxide
2.Cathode:TA1/TA2/GR1/GR2 plates
3.Current density：≤1500a/m2
4.Design life:3-5 Years
5.Shell material：PMMA/UPVC
Design and usage characteristics of the Titanium electrolyzer:
1.Different monopolar and bipolar electrolyzers, cylindrical, tubular and chip electrode groups are designed According to the demand and installation demand of Sodium hypochlorite output.
2.The titanium electrodes is independently developed and produced by our company. The titanium coating with a mixture of precious metal oxides such as ruthenium and iridium through multiple processes, which has good electrocatalytic and electrolytic oxidation resistance, providing better conversion efficiency and can be designed rearrangeable electrodes.
3.The new design of titanium electrodes and electrolyzer structure with simple connection, reduces the resistance of connectors in the electrolytic cell, reduces the electrolytic voltage, and improves electrolytic efficiency.
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