ECOANODE’s zinc earthing cell is a dual-function device engineered to serve as both a sacrificial anode for corrosion protection and a critical component for electrical grounding. Leveraging galvanic electrochemical action, it prioritizes its own corrosion to shield connected steel structures—including pipelines and industrial equipment. This intentional, controlled degradation creates a cathodic protection system that shields the steel from the destructive effects of moisture, soil electrolytes, saltwater, and chemical contaminants, effectively halting rust formation, pitting, and structural weakening. Additionally, it provides a vital safety function by safely bleeding off unwanted voltages and fault currents to the ground. This effectively mitigates the risks of dangerous electrical shock to personnel, prevents arcing, and protects insulated joints from heat damage and burning.
The packaged zinc anodes are used in marine and soil applications where electrolyte resistivity is less than 1000 ohm-cm. The robust packaging is designed to protect the anode’s integrity during long-term storage and harsh transit conditions, making it an ideal solution for remote projects and emergency maintenance kits. Its design allows for versatile application on pipelines, ship hulls, and offshore structures, providing dependable sacrificial protection with minimal preparation or setup time.
ECOANODE's AC interference mitigation ribbon is engineered specifically to safeguard buried metallic pipelines from the dangers of induced alternating current. Our mitigation ribbon addresses this…
Engineered for economical installation, ECOANODE's drive-in magnesium anode rods offer a highly cost-efficient cathodic protection solution for low-current, distributed applications. These anodes are specifically designed…
ECOANODE's magnesium tank anodes are specifically engineered to safeguard the metal surfaces of water storage tanks and vessels from corrosive degradation in freshwater environments. Their…