Titanium Sodium Hypochlorite Generator For Electrolysis

Place of Origin China
Brand Name Changsheng
Certification ISO 9001;2015
Model Number ASTM
Minimum Order Quantity 1set
Price 50usd/pc
Packaging Details packed with export wooden case
Delivery Time 10-15days
Payment Terms L/C, D/A, D/P, T/T, Western Union, MoneyGram
Supply Ability 50T/MONTH

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Product Details
Materials Titanium Coating Ruthenium Iridium, Iridium Tantalum, Platinum
Shape Rod, Sheet, Mesh,tube Grade Grade 1,Grade 2
Service Time 1-10years PH 5.5-8.5
Concentration Range 1-800ppm ORP ≥1100mv
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Electrolysis Sodium Hypochlorite Generator

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Gr2 Titanium Sodium Hypochlorite Generator

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Titanium Sodium Hypochlorite Electrolysis Generator

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Product Description

Description

 

The Titanium Sodium Hypochlorite Generator is an advanced electrolytic system used for ozone and sodium hypochlorite production in swimming pool water treatment.
By generating ozone directly through electrolysis, the system effectively sterilises water, eliminates organic pollutants, and improves overall water clarity and safety — all without the use of hazardous chemical disinfectants.

Advantages of Ozone-Based Water Treatment

  1. Superior Disinfection Performance
    Ozone and its secondary oxidants (such as hydroxyl radicals) possess the strongest bactericidal and virus-inactivating properties.
    At the same concentration, ozone is 600–3000 times more effective than chlorine.
    For example, a 1 mg/L ozone concentration can inactivate E. coli in just 5 seconds, while chlorine would require over 15,000 seconds.

  2. Environmentally Friendly
    Ozone is an eco-friendly green disinfectant that decomposes naturally into oxygen and does not produce harmful by-products or secondary pollution.

  3. No Harmful Chlorine By-products
    Unlike chlorine disinfection, ozone treatment does not produce chlorinated organic compounds, toxic gases, or irritating vapours that can harm respiratory health.

  4. Enhanced Water Clarity
    Ozone decomposes humic substances, oxidises iron and manganese ions, and removes light-scattering microorganisms, resulting in crystal-clear, natural blue water — without the need for copper sulfate additives.

  5. Stable pH Balance
    Ozone is neutral in nature and does not affect the pH of pool water, eliminating the need for pH regulators and additional balancing chemicals.

  6. Safer and Easier Operation
    Ozone-based systems are safer to operate and maintain, reducing the handling and storage risks associated with chlorine-based chemicals.

  7. Reduced Chemical Consumption
    The ozone system provides micro-flocculation effects and organic decomposition, eliminating the need for flocculants and, under certain conditions, even for chlorine disinfectants or pH adjusters.

Titanium Anode Technology

The Titanium Sodium Hypochlorite Generator utilises coated titanium anodes as the core electrolysis component.
These anodes feature a mixed metal oxide (MMO) coating on a pure titanium substrate, providing:

 

Long service life

Low overpotential

High chlorine evolution efficiency

Significant energy savings

 

Our company’s titanium anodes are engineered for high-efficiency ozone and sodium hypochlorite production, ensuring stable performance under demanding electrochemical conditions.

Special Application Conditions

Our titanium anodes are suitable for a wide range of operating environments, including:

 

Deoxidation processes (e.g., pickling)

High-speed electrolyte circulation systems

Electrode reversal operations

 

Based on these requirements, we have developed specialised MMO anodes optimised for efficiency, durability, and salt utilisation improvement.

Main Titanium Anode Types for Sodium Hypochlorite Generators

Type Coating Material Features / Applications
Ruthenium Metal Oxide Coated Titanium Anode RuO₂-based coating High efficiency, long life, ideal for standard sodium hypochlorite generation
Iridium-Platinum Oxide Coated Titanium Anode IrO₂ + Pt-based coating Enhanced stability and performance in high-load or harsh electrolysis conditions

Applications

Swimming pool water disinfection

Ozone and sodium hypochlorite production

Chemical and electrochemical processes

Water and wastewater treatment

Deoxidation and pickling systems