Precious metal oxide anode mesh Description: metal oxide anode is a long-life, high efficiency anode, due to its excellent performance, more and more widely applied in the cathodic protection of steel structures. As mesh anode impressed current cathodic protection is mainly used in the auxiliary anode cathodic protection of concrete. Metal oxide anode is coated on the titanium substrate having a layer of metal oxide electrocatalytic activity constitute, polarization is small and the oxide coating is very low consumption, by adjusting composition of the oxide layer, it can be adapted to different environments, such as seawater, freshwater, soil medium, the metal oxide anode anode has other advantages not available, it has become the most ideal and most promising anode material aid. The company's main products are: ☆ magnesium alloy sacrificial anode series: magnesium manganese alloy sacrificial anodes, bracelet-style magnesium alloy sacrificial anode, magnesium alloy semi-continuous casting rod, aluminum magnesium alloy sheet ☆ sacrificial anode series: ordinary aluminum sacrificial anodes, efficient aluminum sacrificial anodes, high activation of aluminum sacrificial anode aluminum alloy sacrificial anodes ☆ bracelet zinc alloy sacrificial anode series: Marine zinc alloy sacrificial anodes ☆ complementary products: the reference electrode, test piles, fill the bag material, long-term reference electrode portable reference electrode, test piles ordinary cement test piles ☆ impressed current cathodic protection: high silicon cast iron anode, deep well anode, sacrificial anode, magnesium alloy sacrificial anodes, aluminum sacrificial anodes, zinc alloy sacrificial anode, magnesium ribbon, zinc ribbon, reference electrode, test piles, magnesium alloy rods, grounding zinc battery, a second-generation anti-theft rain test piles, insulated joints, cathodic protection and auxiliary materials, long-term participation of high silicon cast iron anode electrodes and impressed current use, constant potential and other products.