High potential mg-Mn alloy sacrifice anode

The high potential magnesium anode manufactured by our company is made of high quality and high purity magnesium material, which conforms to ASTM97-98 standard. The anode has excellent electrochemical performance by using specific production process. In the process of cathodic protection, the anode consumption is uniform, so the service life is longer. In the actual use, the actual measured working potential is between -1.8V and -1.85V, so the protection effect on the target structure is more obvious. High potential magnesium anodes are recommended for soils with a resistivity greater than 8000 ω. Cm. Because it is cheaper than the high potential anode, it can reduce the cost and effectively prevent the hydrogen evolution reaction in the protected metal structure due to overprotection.

Magnesium alloy sacrificial anode A metal installation used for working in soil, fresh water, and seawater, with an anode to protect a trapezoidal, D-shaped, rod-shaped (cylindrical, rectangular) magnesium anode that is produced by extrusion. Chemical composition, electrochemical performance, steel core and other surface quality are in line with national standards.

Implementation standard:

· ASTM B843 industry standard/ASTM97-98

· GB/T17731-2004 Magnesium alloy sacrifice anode

· SY/T0019-97 Specification for design of sacrificed-anode cathodic protection for buried steel pipelines

Main performance:

· Large electric quantity and high potential generated per unit mass; It is an ideal sacrificial anode material.

Scope of application:

· Applicable to the anti-corrosion protection of oil, gas, water supply and drainage pipelines, underground cables, chemical industry, communication, harbor, ship, reservoir gate and other projects in fresh water.

Product features:

· The high potential magnesium anode manufactured by our company is made of high quality and high purity magnesium material, which complies with ASTM97-98 standard. The anode has excellent electrochemical performance by using specific production process. In the process of cathodic protection, the anode consumption is uniform, so the service life is longer. In the actual use, the actual measured working potential is between -1.8V and -1.85V, so the protection effect on the target structure is more obvious. High potential magnesium anodes are recommended for soils with a resistivity greater than 8000 ω. Cm. Because it is cheaper than the high potential anode, it can reduce the cost and effectively prevent the hydrogen evolution reaction in the protected metal structure due to overprotection.

Chemical composition:

Electrochemical performance: