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Titanium Anode for Sodium Hypochlorite Generator (MMO Coated)

Key Features

High Efficiency: Low chlorine evolution overpotential reduces energy consumption

Long Service Life: Stable MMO coating ensures >2 years operation

Excellent Corrosion Resistance: Ideal for seawater and harsh chemical environments

High Chlorine Output: Maximizes sodium hypochlorite production efficiency

Low Maintenance: Durable structure reduces downtime and replacement frequency

Custom Design: Available in various shapes and sizes based on customer requirements

Technical Specifications

Materials

Substrate: Pure Titanium (Gr1 / Gr2)

Coating: MMO (RuO₂ / IrO₂ / Ta₂O₅)

Working Parameters

Current Density: ≤ 2000 A/m²

Temperature: ≤ 80°C

pH Range: 1–14

Physical Characteristics

Coating Thickness: 6–10 μm

Manufacturing Process: Hot Rolled / Cold Rolled

Structure Types: Plate, Tube, Mesh, or Customized

Product Types

Plate-type titanium anodes

Tubular titanium anodes

Mesh and expanded anodes

Fully customized designs based on drawings

Applications

Sodium hypochlorite generators

Swimming pool water disinfection systems

Seawater electrolysis systems

Cooling water anti-fouling (power plants, marine systems)

Wastewater treatment and electrodialysis

Low-chlorine environmental protection industries

Electrochemical Performance

Anode Life: > 2 years (500–1500 A/m²)

Chlorine Evolution Potential: < 1.13 V

Low Polarization Loss

High Stability in Acidic Electrolytes

Typical Operating Conditions (Seawater System)

Salt Concentration: 30–50 g/L

Current Density: 500–1500 A/m²

Salt Consumption: 4–7 kg

Power Consumption: 3.7–7 kWh/kg

Hypochlorite Concentration: 6–10 g/L

Case Study: Swimming Pool Disinfection System (Brazil)

Output Capacity: 25 g/h sodium hypochlorite

Electrolyte: 5% NaCl solution

Configuration:

• 5 MMO-coated plates

• Size: 75 × 150 × 1 mm

• Centralized terminals

Customization Options

We provide tailored solutions based on your requirements:

Dimensions and shapes

Coating composition (Ru/Ir ratio optimization)

Current density design

Application-specific engineering

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