Centrifugal Tank Anodes – Piggy Back

Piggy Back Anodes are an innovative cathodic protection component, expertly designed to attach onto pipelines, tank walls, and other metal structures requiring corrosion defense. These anodes are highly efficient, providing targeted protection by ensuring close electrical contact with the structure, which enhances the cathodic protection system’s effectiveness.

Applications:

→ Pipelines
→ Tank Walls
→ Metal Structures Requiring Corrosion Defense

Piggy Back Anodes are constructed from premium materials, such as zinc or aluminum, to suit various environments, including underground, freshwater, and marine settings. Their ease of installation and maintenance makes them a preferred choice for asset integrity management. Piggy Back Anodes are the ideal choice for a robust, cost-effective solution to maintain the structural health and longevity of your valuable infrastructure.

Description

Benefits of Piggy Back Anodes

  • Targeted Protection: Piggy Back Anodes are designed to provide localized cathodic protection, ensuring that the most vulnerable areas of a structure receive direct and effective corrosion prevention.
  • Easy Installation: These anodes are engineered for quick and simple attachment, which can significantly reduce installation time and costs. Their “piggyback” design allows for seamless integration with existing structures.
  • Versatile Application: Suitable for a variety of environments, Piggy Back Anodes can be used in both onshore and offshore settings, including pipelines, tanks, and marine vessels, offering broad utility.
  • Efficient Use of Material: By focusing protection where it’s needed most, Piggy Back Anodes can reduce the overall material required for a cathodic protection system, leading to cost savings and more efficient use of resources.
  • Long-Lasting Performance: Constructed from durable materials, Piggy Back Anodes are built to last, providing sustained protection and reducing the need for frequent replacements, thus ensuring long-term reliability of the cathodic protection system.