ZINC ANODES CATHODIC PROTECTION

DESCRIPTION

Cathodic protection anodes are metallic components designed to prevent corrosion in metal structures exposed to harsh environments such as seawater, moist soil, or industrial atmospheres. These anodes act as the “sacrificial” element in an electrochemical system, corroding in place of the structure they are meant to protect.
This corrosion control method is widely used in the protection of pipelines, tanks, marine platforms, vessels, pilings, and submerged or buried infrastructure, significantly extending their lifespan and reducing maintenance and replacement costs.
The most commonly used anodes are made from zinc, aluminum, or magnesium, selected based on the type of structure, exposure environment, and project requirements. Zinc, in particular, is well-suited for marine systems and high-salinity conditions due to its favorable electrochemical properties.
In addition to their use in energy infrastructure such as oil and gas pipelines, cathodic protection anodes are applied in petrochemical facilities, mining operations, marine transport, and water treatment plants.
Installing a properly designed cathodic protection system helps drastically reduce corrosion rates, safeguarding the structural integrity of high-value assets and enhancing operational safety.
These anodes come in a variety of forms, and are chosen based on factors such as soil or water resistivity, required protection current, and the shape and size of the structure being protected.

Maritime industry: Our anodes provide long-lasting and efficient protection against corrosion, making them a necessary product for the base of vessels.

Send us your email and we will send you the technical specifications of our product.

ZINSA

Cathodic protection anodes are metallic components designed to prevent corrosion in metal structures exposed to harsh environments such as seawater, moist soil, or industrial atmospheres. These anodes act as the “sacrificial” element in an electrochemical system, corroding in place of the structure they are meant to protect.
This corrosion control method is widely used in the protection of pipelines, tanks, marine platforms, vessels, pilings, and submerged or buried infrastructure, significantly extending their lifespan and reducing maintenance and replacement costs.
The most commonly used anodes are made from zinc, aluminum, or magnesium, selected based on the type of structure, exposure environment, and project requirements. Zinc, in particular, is well-suited for marine systems and high-salinity conditions due to its favorable electrochemical properties.
In addition to their use in energy infrastructure such as oil and gas pipelines, cathodic protection anodes are applied in petrochemical facilities, mining operations, marine transport, and water treatment plants.
Installing a properly designed cathodic protection system helps drastically reduce corrosion rates, safeguarding the structural integrity of high-value assets and enhancing operational safety.
These anodes come in a variety of forms, and are chosen based on factors such as soil or water resistivity, required protection current, and the shape and size of the structure being protected.

Maritime industry: Our anodes provide long-lasting and efficient protection against corrosion, making them a necessary product for the base of vessels.

Send us your email and we will send you the technical specifications of our product.

ZINSA