OEM Supply platinum plated titanium mesh anode electrode for water ionizer chamber
OEM Supply platinum plated titanium mesh electrode
Platinum plated titanium mesh electrode
Material | platinum plated titanium mesh electrode |
Coating | Gr1 titanium as substrate, platinum as coating |
Technology | Sand blasting, Acid washing and brush coating |
Dimension | According to customers’ drawing |
Shape of base material | Sheet, pipe, rod, wire and mesh |
Parameter | Current density<2000A/M2 Temperature<85°C Electrolyte:H2SO4 or HNO3, Neutral PH 0.1~14 Max content of Fluoride ion is 200PPM Homogenous degree: >=85% Oxygen-liberated potential <=1.8V |
Electrolyte | Salt water/ Saline solution/Brine/Sea water |
Advantages | 1.Improved resistance for oxygen/chlorine mixed evolution |
The titanium electrode/titanium anode for electrolysis water machine adopting classical coating will generate acid and alkaline ionized water during electrolysis process of water; multiple strong oxidization materials such as O3, H2O2 and HCLO exist in the water, and the anode is frequently reversed; therefore, an electrode with special function is required. Functioning as anode for electrolysis water machine, the titanium anode has the following advantages:
(1) Excellent electrical conductivity; the pH value is 0.5-1 higher under same electrolysis power;
(2) Strong corrosion resistance; the substrate processed by sand blasting has excellent binding force; and the coating will not strip off in large area even the electrode is invalid and inactivated;
(3) Excellent mechanical intensity and processing performance; application of single sheet painting process ensures that accordance of each electrode coating is 98%;
(4) Long service life, having electrolysis service life from 5 years to 10 years;
(5) Excellent electro-catalysis performance.platinized and mmo mixed metal oxide ruthenium iridium titanium electrode plate titanium anode for alkaline water electr
Titanium anode is a kind of electro-catalysis electrode in electro-chemistry, which is composed by substrate that is pure titanium and coated that is precious metal oxide.
1. Substrate treatment: it needs to be treated by roughing, cleaning and removing oil, which can increase the compactness of catalytic.
2. Brushing & Drying:After substrate treatment, it will be proceeded brush coated. The main coated content is platinum group metal, which is a kind of mixed solution.
3. Heat Treatment:Heat treatment will be proceed after drying.
The whole procedure need to be repeated many times. This method is better to form thin oxide catalytic that is lamellar adhere to substrate surface.