At KIG, every magnesium anode is manufactured through a rigorous and controlled production process to ensure long-term performance and reliability in cathodic protection systems.

1.Core Galvanizing – Each steel core undergoes hot-dip galvanizing to enhance corrosion resistance and ensure excellent bonding with the magnesium alloy.

2.Casting – The galvanized steel core is placed into precision molds, and high-purity magnesium is melted and cast under strict process control to achieve uniform density and metallurgical bonding.

3.Cable Connection – Cables are securely welded to the steel core following standard cathodic protection connection procedures, ensuring stable electrical continuity.

4.Epoxy Sealing – The cable welds are epoxy-sealed to prevent moisture intrusion and enhance insulation performance.

5.Filler Packing – Finally, the anode is pre-packaged with a special backfill mixture designed to lower contact resistance and ensure optimal performance after installation.

Through each step of production, KIG maintains strict quality control and full traceability, delivering magnesium anodes that meet international standards and provide reliable protection for buried metal structures.