MMO linear anode designed for impressed current cathodic protection on pipelines, tank bottoms, marine structures, and buried steel assets.
Available in cable-backed, ribbon-linked, and custom linear assembly formats for distributed current output.
Titanium substrate with mixed metal oxide coating for long service life in soil, concrete, and seawater environments.
Suitable for new-build ICCP systems, retrofit corrosion-control projects, and engineered cathodic protection packages.
Custom length, lead connection, encapsulation, and project-based assembly support available.
HYTi supports technical discussion for current output, installation condition, and structure-matching requirements.

Ru-Ir coated titanium electrode designed for chlorine evolution and high-chloride electrochemical environments.
Titanium substrate with ruthenium iridium oxide coating for high catalytic activity and stable performance.
Suitable for seawater electrolysis, sodium hypochlorite generators, electroplating, and disinfection systems.
Custom plate, mesh, tube, rod, and assembly structures available for industrial equipment matching.
Engineered for low cell voltage, reduced energy consumption, and dependable long-term operation.
HYTi supports custom dimensions, connector design, and coating optimization based on operating conditions.

MMO ribbon anode for impressed current cathodic protection in concrete, buried steel, tank bottoms, and marine corrosion-control systems.
Flexible ribbon geometry supports distributed current discharge and easier installation in long-run or embedded applications.
Titanium ribbon substrate with catalytic MMO coating for stable electrochemical performance and long operating life.
Used in reinforced concrete repair, storage tank floor protection, pipeline projects, and engineered ICCP installations.
Custom width, thickness, lead connection, and packaged assembly options available to match installation requirements.
HYTi can support project communication on structure type, service environment, and expected current distribution.