Activity where chlorine is the target reaction.

Three layers.
One engineered electrode.

The catalytic coating, prepared interface and titanium substrate function as one electrochemical system.

Designed around your electrolyte.

There is no universal Ru–Ir anode. YIANTENG reviews the dominant reaction and operating window before defining coating, active area and electrode construction.

Operating-condition review and coating recommendation

YIANTENG reviews chloride concentration, electrolyte chemistry, pH, temperature, current density and target service life before recommending the coating formulation and loading.

Custom electrode design and fabrication

Plate, mesh, tube, active area, connection points and complete electrode assemblies can be manufactured to customer drawings and installation requirements.

Controlled coating production

Titanium preparation, multilayer coating and thermal treatment are controlled within one manufacturing workflow to support adhesion, coating uniformity and repeatable performance.

Inspection, documentation and recoating support

YIANTENG can define project-specific inspection and documentation, and evaluate suitable used titanium substrates for coating removal, condition inspection and recoating.

On-site sodium hypochlorite generation

Seawater electrochlorination and biofouling control

Saltwater pool chlorination systems

Industrial brine and chloride electrolysis

Ru–Ir or Ir–Ta?

Ru–Ir based MMO coatings are generally selected when chlorine evolution is the dominant anodic reaction. For oxygen-evolution-dominant or chloride-poor processes, an Ir–Ta based coating or another electrode system may be more appropriate. Final selection should be based on the complete electrolyte composition and operating conditions.

Match the anode to your operating conditions.