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Titanium Anode Plate Assembly for Swimming Pool Disinfection

Name: China Titanium Anode Plate Assembly for Swimming Pool Disinfection Manufacturers Suppliers Factory - CXMET
Brand: CXMET
SKU: 313078792

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The Titanium Anode Plate Assembly is the core component of salt chlorinators, electrolytic disinfection systems, and pool water treatment equipment. By electrolyzing salt-containing water, the system continuously generates sodium hypochlorite, providing efficient, safe, and environmentally friendly disinfection.

Manufactured from high-quality titanium substrate and coated with advanced Mixed Metal Oxide (MMO) catalyst layers, the assembly offers excellent conductivity, superior corrosion resistance, and a long service life. It is widely used in swimming pools, water parks, landscape water features, and various circulating water treatment systems.

The performance and lifespan of a titanium anode largely depend on the quality of its catalytic coating.

Manual Coating Application

We utilize a proven manual brushing process to apply precious metal precursor solutions evenly onto the titanium surface.

Compared with simple spraying methods, manual coating offers:

More uniform coating distribution

Better edge coverage

More precise thickness control

Fewer coating defects

High-Temperature Sintering

After each coating application, the electrode is subjected to a carefully controlled high-temperature sintering process.

During sintering:

Organic components are completely decomposed

Metal oxide crystals are formed

Strong bonding between coating and titanium substrate is achieved

Electrocatalytic activity is fully activated

Multiple Coating-Sintering Cycles

The coating process is not completed in a single step. Instead, coating and sintering are repeated multiple times to gradually build the active layer.

This process provides:

Layer-by-layer coating construction

Higher coating density

Stronger adhesion strength

Longer service life

Consistent chlorine evolution performance

Superior Coating Adhesion

Unlike electroplating processes or adhesive-based bonding methods, the repeated coating-and-sintering process creates a metallurgical bond between the coating and the titanium substrate.

As a result, the coating exhibits:

Higher adhesion strength

Better resistance to erosion and abrasion

Enhanced corrosion resistance

Longer continuous operating life

Even under high current densities and high-salinity conditions, the coating maintains excellent stability and catalytic activity.