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Long Service Coating
Using state-of-the-art technology, the titanium base is taken to a high temperature ( ≥1200 °C) in a vacuum sintering furnace ensuring total adhesion of the coating. Thus, the coating consumption rate is extremely low and uniform, measured in milligrams per ampere-year.
Quality Substrate Material
Our electrodes are manufactured from high-tensile titanium, which meets commercially Grade I/II standards.
Element | Grade I | Grade II |
---|---|---|
Iron (Fe) | 0.20% max. | 0.30% max. |
Carbon (C) | 0.08% max. | 0.08% max. |
Nitrogen (N) | 0.03% max. | 0.03% max. |
Hydrogen (H) | 0.015% max. | 0.015% max. |
Oxygen (O) | 0.18% max. | 0.25% max. |
Titanium (Ti) | Remainder | Remainder |
The titanium anode mesh is made through punching and stretching titanium sheet, The mesh aperture is diamond or hexagonal.
Mesh thickness: 0.05-5mm
Mesh width: 10mm-2000mm
Mesh Aperture: 0.3 * 0.6mm, 0.5 * 1mm, 0.8 * 1.6mm, 1 * 2mm, 1.25 * 2.5mm ,1.5 * 3mm
2 * 3mm, 2 * 4mm ,2.5 * 5mm,3 * 6mm, etc. Max 50 * 100mm
Technical Parameters | Performance |
---|---|
Coating Composition | Platinum (Pt) |
Coating Thickness | 1~5 µm |
Operating Voltage | ≤ 24V |
Current Density | ≤7500 A/m² |
pH Range | 1~12 |
Working Temperature | < 60 °C |
1.Drinking Water electrolysis
2.HHO Generator
3.Electroplating
4.Electrolytic organic synthesis
5.Electrodialysis
6.swimming pool disinfectant
7.perchlorate protection
8.Cathodic protection
9.chlor-alkali industry,ects.