Mmo Coated Titanium Anodes

Parameters
a.Input:110-240V AC;max.0.02A;
b.Output:max.9.8V DC;max.180mA;
c.IP rating:IP55, in door use only;
d.Ambient temperature: 0-70¡æ;
e. Used only for: stainless steel tank (SUS304) of less than 300 Liter volume;
f. Function Warning LED: Red = wrong, Green = good.

Constituent part an electrolytic circuit board and two electrodes (a cathode and an anode) which consists of a system that uses electricity to break water into hydrogen and oxygen in a process called electrolysis.

Electrolytic circuit board: Patented medical grade electrolytic water technology can accurately control the current.

Electrodes: Gr1 Titanium, nano-coating and high sintering, coated with Platinum, Iridium, Ruthenium. Superior corrosion resistance and high electrolytic rate.

Application: smart toilet, bathtub, mopping machine, washing machine, dental irrigator, household dishwasher, etc.

MMO coated 1.5mm Titanium wire anode
MMO coated 3.0mm Titanium wire anode
Design service life 40 years
Carbon contect of filled toner 99.5%
MMO/Contact resistance between titanium wire and cable 0.0009
Weight: 1.5kg/m

MMO Titanium Tubular Anode
Titanium Substrate comply with ASTM B338 Standard Grade 1 or Grade 2
Application: deep well cathodic protection

MMO Coated Titanium Anodes
Mixed metal oxide coatings on titanium substrates are widely used as anodes in various electrochemical processes, such as chlorination, oxygen production, electrolytic deposition of metals and cathodic protection in the chlor-alkali industry.

The application of materials with high conductivity and long-term stability in electrochemical environments is considered to be one of the main goals of electrochemical cell engineering. Metal oxides such as RuO2 and IrO2, which have high electrical conductivity and electrochemical activity, have received much attention as electrocatalysts in the electrochemical industry. In order to further improve the stability of these oxides, other oxides such as TiO2, Ta2O5 and ZrO2 have been added to these active oxides.

Anodic chloride and oxygen precipitation are the most important reactions in the application of these materials. Oxygen precipitation is the most important reaction in electrochemical processes such as water electrolysis, electrolytic deposition of metals and cathodic protection.


In addition, this reaction is unavoidable in many anodic processes. RuO2-based coatings (e.g. pure RuO2 and RuO2-TiO2) are very stable to the chloride precipitation reaction. However, they are unstable to anodic oxygen precipitation and are subject to severe corrosion in acidic media. IrO2 is more stable for the oxygen precipitation reaction, but its oxygen precipitation electrocatalytic activity is lower. Therefore, due to the favourable properties of the two oxides, a mixture of IrO2 and RuO2 could be a suitable electrocatalyst for the oxygen revolution.

Mixing two or more different oxides can affect the electrocatalytic performance of the oxides by changing the microstructure, surface composition and morphology of the electrocatalyst components. In addition, the surface composition, morphology and microstructure of mixed oxide coatings are not homogeneous and may be affected by preparation factors and active oxide content.

Ruthenium mixed oxide coated titanium anodes are generally used in environments such as hydrochloric acid, electrolytic seawater and electrolytic brine environments.

Fields of application
Electrolytic production of non-ferrous metals, electrolysis of chlorinated salts, electrolysis of salt/seawater, metal foil manufacturing, electrochemical treatment of metal foil surfaces, disinfection, electrolytic extraction and recovery of non-ferrous metals, organic electrolysis, cathodic protection, electrodialysis, production of acidic and alkaline ionised water, treatment of industrial wastewater.

Product description

Material:

Gr1 Titanium as substrate, Ru-Ir, Ir-Ta,Pt-Ir and lead dioxide as coating

Coating Thickness:

0.5-5 micron

Parameter

1. Current density