Product Description:
The polarity reverse titanium electrolytic cell is utilized in
sodium hypochlorite generators. Sodium hypochlorite solution is
produced by electrolyzing a sodium chloride solution without a
membrane and then diluting it. This technology is suitable for
various applications including sodium hypochlorite generators,
water treatment equipment, and electrolytic disinfection equipment.
In industrial production, electrolysis occurs with a negligible gap
between the anode and cathode. The solution must be kept below 40
°C (achieved through cooling coils) to prevent the unwanted
formation of sodium chlorate. The reaction Cl2 + 2 NaOH → NaCl +
NaClO + H2O shows how sodium hypochlorite can be obtained by
electrolyzing the salt solution. With simple facilities and obvious
disinfection effects, the hypochlorite generator is highly valued.
Sodium hypochlorite is widely used for disinfecting drinking water,
sanitary wares, dishwares, fruits, and vegetables. The anode
products comply with the standard GB12176-2000 Class A and have a
wide market.
During the process, a certain amount of hydrogen is produced.
Fortunately, the designed push-type hydrogen discharge technology
ensures that hydrogen rapidly precipitates on the surface of the
compact composite electrode and is then discharged along with the
rapid flow of the solution.
Preparation of Sodium Hypochlorite Solution
Our company takes several factors into consideration when preparing
a sodium hypochlorite solution of a specific concentration. These
include the electrode type, electrolytic cell structure, current
density, and ambient temperature. Based on these requirements, we
continuously optimize the electrolytic cell structure and the
structure of the electrode plate.
Design Features
Our design features a tubular tank design with multiple built-in
polar chambers. This design has a compact structure in each polar
chamber, which helps disperse the influence of stray currents
during electrolysis and significantly improves the electrolysis
efficiency. Additionally, it has a plate-type bipolar structure
electrode group and an optimized electrode plate coating formula.
Each tank and electrode plate is equipped with a production batch
and material identification number. This enables us to track the
usage of each component, ensuring quality control and easy
maintenance. The tank body, flange, water inlet, and outlet are all
made of thickened acrylic material. This not only makes the
equipment sturdier but also gives it a more aesthetically pleasing
appearance compared to normal materials.
With cooling holes and heat exchange packing rings, the electrolyte
flow path is further increased. This allows the effective chlorine
concentration to exceed 8500 ppm, ensuring a highly effective
sodium hypochlorite solution.
The electrode coating is a nano-scale refined grain
ruthenium-iridium mixed oxide coating suitable for the chlorine
evolution environment. This coating has stronger corrosion
resistance and a longer service life.
Technical Parameters:
| Parameters | Details |
|---|
| Appearance | Customized |
| Production | Sodium Hypochlorite |
| Size | Customized |
| Application | Water Treatment |
| Electrolyte | Brine/sea Water |
| Input voltage | 8~12V |
| Content of noble metal | 10g/m2-50g/m2 |
| Coating thickness | 1~10 Um |
| Input current | 30-40A |
| Coating | Ru-Ir |
| Titanium electrode type | Tubular cell, plate electrode |
Applications:
1. Production and preparation of sodium hypochlorite disinfection
solution
2. Industrial wastewater treatment
3. Tap water treatment
4. Municipal sewage treatment
5. Breeding and livestock disinfection treatment
6. Other occasions requiring disinfection
