The electrodes are usually constructed from the highly corrosion-resistant material titanium, and the anode is coated with ruthenium oxide or iridium generally.
YJTI has designed a novel Nano-sized Mixed Metal Oxide Titanium Anode for electroplating, and it remains a constant inter-electrode gap throughout the design life.
A sodium hypochlorite generator is a device in which the salt water of low concentration is electrolyzed by electrodes, the electrochemical reaction happens and it generates sodium hypochlorite finally.
Disinfection system using this chloride system can effectively reduce the corrosion rate of the swimming pool equipment and the swimsuit bleaching injury, not only because of the use of soft water but also can greatly reduce the stimulation to the skin.
In many cases, projects for sewage treatment use this kind of anode to reduce costs, but because of Environment requirements, the Titanium Anode of the Pb02 coating has been used less than before.
MMO in the anode with electrochemical stability and excellent in design, the anode structure, anode and anode cable with electrical connection, so as to avoid the problem of copper anode necking "existence", suitable for deep and shallow surface and impressed current cathodic protection system.
MMO anode for water treatment is an electro-chlorination method. A process used to produce hypochlorite when we run an electric current through salt water.
The electroplating process consists of the immersion of an object to be coated in a bath containing an anode. The object itself functions as the cathode.
The advantage of Titanium anodes over non-inert anodes, such as Graphite anodes, is the constant anode-cathode distance (inter-electrode gap) throughout the lifetime of the anodes. Where the inter-electrode gap increases when Graphite anodes slowly dissolve, inert Titanium anodes keep both voltage and product quality constant.