Titanium electrode with ruthenium and iridium coating for water treatment

Introduction

The product is mainly applied in chlor-alkali industry, the production of functional water, electroplating industry, and cathode protection in vessel etc. Its low electric potential for chlorine separation, high efficiency, and long service life makes it an excellent performance, far beyond the average compare to similar products. Take the production of sodium hypochlorite as an example, the electric potential for chlorine separation is much lower than that of the other electrode, as well as the energy consumption and other side reactions, thus ensure the high efficiency for electrolysis while reduce energy consumption and lengthen the service life.

Main Features

1. The tube type electrolytic cell is made of transparent UPVC pipe and glass fiber reinforced plastic, and has the advantages of corrosion resistance, high stability and long service life.

2. Titanium flange and titanium welding-prevent high voltage, ensure firm welding and high efficiency.

3. Pure titanium electrode, using patent technology of electrode structure, sharply low down the consumption of electricity and salt, the chlorine evolution potential <1.132V HIL, consumption of salt<3.5Kg/Kg.Cl, 4.0KW/Kg. Cl power consumption, much better performance than normal electrode.

4. The anode is covered by ruthenium, iridium oxide fine nano coating, which is up to 25 layers with coating thickness 20 microns, ensure a very long service life (5 years warranty). Salt water swimming pool electrolyze electrolysis anode cell for water electrolysis

Advantage:

1) Modular design: The electrolytic tube taking use of modular design, can increase or decrease the module according to the different amount of sodium hypochlorite needs which ensure the production process of stereotypes mature and perfect as well as product quality.

2) Bipolar structure: Composite electrode connection way, the entire structure of the connection is minimal, reducing the heat on the connector, greatly reducing the production of sodium hypochlorite salt and power consumption, has a positive effect on reducing the by-product.

3) Transparent design of electrolytic tube: which can real time observe the electrolysis process and the electrodes surface scaling condition so as to confirm the pickling period

4) Gradient push flow energy saving technology: The saltwater push flow in the electrolyzer, and the concentration of brine is gradient, which can obviously improve the electrolysis efficiency, reduce the temperature rise of the electrolyte, as well the electricity consumption by 18% and salt consumption by 14%.

5) All electrodes are made of pure titanium (TA1). The surface of anode are coated with ruthenium and iridium oxide particles in 25 times;

Application and benefit