PRODUCT LIST

Electro-chlorination is a process that utilizes electricity to transform saltwater or brine into sodium hypochlorite (NaClO) or chlorine gas (Cl2). This method is extensively employed in water treatment and various industries requiring chlorine-based compounds.
Here's the gist: an electric current passes through a salt solution in an electrolytic cell. This causes chloride ions to undergo oxidation at the anode, producing chlorine gas, while hydrogen gas is simultaneously generated at the cathode. The resulting chlorine gas can be used to create sodium hypochlorite, a potent disinfectant commonly used in water treatment and sanitation.
Electro-chlorination offers several advantages. It enables on-site production of chlorine-based disinfectants, eliminating the necessity of transporting and storing hazardous chemicals. Moreover, it's an environmentally friendlier option compared to other chlorine production methods, reducing the transportation of hazardous materials and cutting down the carbon footprint associated with manufacturing and distributing chlorine-based substances.
Ballast  water  titanium  electrode

Ballast water titanium electrode

1.Chlorine precipitation anode life >5 years,cathode life >20 years
2.Generation of effective chlorine concentration: ≥9000 ppm
3.Salt consumption: ≤2.8 kg/ kg·Cl,DC power consumption: ≤3.5 kwh/kg·Cl
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chlorine generator electrolyzer

chlorine generator electrolyzer

Chlorine precipitation anode life >5 years
,cathode life >20 years
Generation of effective chlorine concentration: ≥9000 ppm
Salt consumption: ≤2.8 kg/ kg·Cl,
DC power consumption: ≤3.5 kwh/kg·Cl
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acidic electrolytic water

acidic electrolytic water

Efficient electrolysis, integrated design, effective chlorine electrolysis 10-200ppm
Hypochloric acid water with a pH value of 3-7, Working life>5000 h
Applications:
Animal husbandry disinfection
Disinfection of fruits and vegetables
Deodorization
Medical equipment disinfection
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Titanium  electrode  for  swimming  pool  disinfection

Titanium electrode for swimming pool disinfection

CChlorine precipitation anode life >5 years,cathode life >20 years
Generation of effective chlorine concentration: ≥9000 ppm
Salt consumption: ≤2.8 kg/ kg·Cl,DC power consumption: ≤3.5 kwh/kg·Cl
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Titanium  electrode  for Drinking water disinfection

Titanium electrode for Drinking water disinfection

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Iridium tantalum coated titanium anode

Iridium tantalum coated titanium anode

Iridium-tantalum coated titanium anode is a high-performance electrochemical anode material, mainly used in electrolysis, electroplating, electrocatalysis and other fields. Its main component is a titanium (Ti) matrix, and the surface is coated with iridium (Ir) and tantalum (Ta) precious metal coatings. This anode material has many advantages, such as excellent corrosion resistance, high electrical conductivity, low oxygen evolution overpotential, etc., giving it excellent performance in various electrochemical processes.
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Ruthenium Iridium coated Titanium Anodes

Ruthenium Iridium coated Titanium Anodes

Enhanced lifespan ≥ 280h
Chlorination potential ≤ 1.07 V
Reversible
R&D time:20+ years
Chlorination potential ≤ 1.07 V, reversible
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Alkaline Water Electrolyser

Alkaline Water Electrolyser

Acid water+alkaline water output
Multi-stage diaphragm electrolysis
PH value of Acidic water:1.5-3;
PH value of Alkaline water:12-13
working life>5000h
By electrolyzing salt water, the anode produces acidic water and the cathode produces alkaline water
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Titanium  electrode  for swimming pool  Disinfection

Titanium electrode for swimming pool Disinfection

1.CChlorine precipitation anode life >5 years, cathode life >20 years
2. Generation of effective chlorine concentration: ≥9000 ppm
3.Salt consumption: ≤2.8 kg/ kg·Cl,DC power consumption: ≤3.5 kwh/kg·Cl
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DSA Coating Titanium Anode

DSA Coating Titanium Anode

DSA-coated titanium anodes are coated with precious metal oxides on the surface, such as ruthenium oxide (RuO2) and titanium oxide (TiO2). This anode material has many advantages in the electrochemical process, such as excellent corrosion resistance, low oxygen evolution overvoltage, and no contamination of cathode products.
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