Titanium electrodes for water treatment are primarily used in electrochemical methods, providing an efficient solution for complete elimination of organic pollutants and wastewater remediation. These dimensionally stable anodes represent a significant technological advancement in electrochemistry.

MMO (Mixed Metal Oxide) electrodes, known as Dimensionally Stable Anodes, consist of commercially pure titanium substrates with an applied electrocatalytic layer through thermal decomposition. The electrocatalytic layers contain noble and valve metal oxides (RuO₂, IrO₂, Ta₂O₅, Platinum, or PtO₂) selected based on electrolyte conditions.

These titanium MMO electrodes offer exceptional stability, high conductivity, and corrosion resistance, making them ideal for electrochemical water treatment applications including chlorine production, sodium chlorate, and sodium hypochlorite generation.

• Constructed with titanium substrate and specialized mixed metal oxide coating for enhanced longevity
• Improved efficacy against electrolysis process corrosion
• Significantly reduces anode overpotential and cell voltage
• Enables improved cell designs with reduced interelectrode gaps
• Increases efficiency in chlorine production

Micro expanded mesh is manufactured from light gauge metals and foils with excellent ductility. The material undergoes precision slitting and expanding to create specific weight and dimensional requirements. Available in thicknesses from 0.002" (50 µm) up to 49.21" (1250 mm) in width, this material finds applications in shielding, lightning strike protection, batteries, and other specialized uses.