Titanium electrode is a functional electrode based on pure titanium and coated with precious metal coatings such as ruthenium, iridium, platinum, etc. It has become a core component in the field of electrochemistry due to the excellent characteristics of the titanium substrate and the catalytic ability of the coating.
Its core advantages are significant: super strong corrosion resistance can withstand strong electrolytic environments such as chlor alkali and electroplating, and its service life far exceeds that of traditional graphite electrodes; Efficient electrocatalytic activity can reduce the voltage of the electrolytic cell and reduce energy consumption by 10% -20% compared to traditional electrodes; At the same time, it has good mechanical strength and can be made into complex shapes to meet the installation needs of different working conditions.
The product forms include mesh, plate, and tube titanium electrodes, which are widely used in the chlor alkali industry, electroplating wastewater treatment, hydrogen production through electrolysis, cathodic protection, and other fields. They can improve electrolysis efficiency, reduce production costs, and reduce pollutant emissions. They are key materials for green electrochemical manufacturing.