FG series bipolar electrolyzer is a new type of electro-mechanical synthesis device jointly developed by our company and scientific research institute, which is suitable for electro synthesis of organic fine chemical products. Referring to the latest design of foreign related devices, the device takes special engineering plastics or composite metal titanium as the tank body and precious metal deposition active layer as the anode and cathode. It has the advantages of high operating current density, high current efficiency, low tank voltage, excellent corrosion resistance, compact structure and no environmental pollution in maintenance. It is incomparable with other electrosynthetic devices. It has excellent performance The performance will certainly give the user satisfaction return
The electrolyzer is composed of several cells. Each cell is divided into cathode area and anode area. The two parts are separated by diaphragm. The positive and negative electrolytes enter into the positive and negative pools for forced circulation through the circulation tank by circulation pump. The cells are connected by wires or copper bars. The cathode pool and the anode pool conduct electricity through electrolyte and film. The current is connected in series. Oxidation products with positive oxidation reaction and reduction products with negative reduction reaction
Model: FG-II20
Electrolysis area: 20M2
Outline size: 800×500×50
Anode material: precious metal oxide coating
Cathode material: copper, nickel, lead, titanium
current efficiency: >80%
current density: <500A/M2
Electrode pitch: 2-5MM
working temperature: 50-80℃
Shell material: carbon steel, stainless steel, polypropylene, lining F4 & nbsp;, engineering plastics
Model: FG-II10
Electrolysis area: 10 M2
Outline size: 300×300×50
Anode material: precious metal oxide coating
Cathode material: copper, nickel, lead, titanium
current efficiency: >80%
current density: <500A/M2
Electrode distance: 2-5MM
working temperature: 50-80℃
Shell material: carbon steel, stainless steel, polypropylene, lining F4 & nbsp;, engineering plastics