Magnesium Anode with Cable Wire Assembled as a Complete Set

Magnesium Alloy Sacrificial Anode

Magnesium alloy sacrificial anode is a material commonly used for the cathodic protection of pipelines, and it is particularly suitable for the anti-corrosion protection of natural gas pipelines.

Product Features

Efficient Protection: With a negative potential, the magnesium alloy sacrificial anode can provide sufficient protective current to ensure pipelines are free from corrosion.Long Service Life: The 14kg specification is designed to deliver long-lasting protective effects and reduce the frequency of replacement.Environmentally Friendly Material: Magnesium alloy is an environmentally friendly material that meets the green requirements of modern industry.

Executive Standards

The production of magnesium alloy sacrificial anodes complies with the national standards GB/T 17731-2004 and SY/T 0019-97, ensuring product quality and performance.

Composition

Magnesium Anode: 14kg magnesium alloy sacrificial anode, usually designed with a trapezoidal cross-section.Cable Wire: Used to connect the magnesium anode to the pipeline, ensuring current transmission.Backfill Material: Used to reduce grounding resistance and improve anode efficiency.Packaging Bag: Protects the backfill material and facilitates transportation and installation.

Installation Steps

Anode Pit Excavation: Excavate the anode pit according to the pipeline location and design requirements.Anode Installation: Place the magnesium alloy sacrificial anode into the anode pit, ensuring the anode is correctly connected to the pipeline.Backfill Material Filling: Fill the backfill material around the anode, ensuring the backfill material is densely packed.Cable Connection: Connect the anode cable to the pipeline, ensure the connection is firm, and perform anti-corrosion treatment on the connection.Backfilling: After filling the backfill material, conduct backfilling to ensure the burial depth of the anode meets the requirements.

Maintenance and Monitoring

Regular Monitoring: Periodically test the protective potential and anode output current to ensure the cathodic protection system operates effectively.Maintenance: based on the monitoring results, promptly replace anodes with severe wear to ensure the long-term protective effect of the system.