5 x 5cm CDI Test Device/Mold Capacitive Deionization Device Seawater Desalination and Desalting Equipment (Reaction Area 5 * 5cm)

Product introduction1. Design type: the solution to be treated flows from the back of one electrode to the middle area of the two electrodes, and finally flows out from the back of the other electrode.2. Product parametersMold material: plexiglassWidth * height: 10 * 10cm, which can be adjusted according to the reaction areaDistance between positive and negative electrodes: 3mmLiquid pipe joint: 4mm3. The price of the reaction device includes: 2 plexiglass plates, 4 gaskets, 1 diaphragm, 2 joints and 1 meter of water pipe; Electrode, conductivity meter, magnetic stirrer, circulating pump, liquid storage bottle, regulated power supply and graphite paper are not included. Please take another picture if necessary.4. Delivery: the CDI device is equipped with PP plastic hexagon screw and plastic nut. If plastic screw is needed, please communicate with customer service in advance. (plastic screws are relatively easy to slide, but will not cause a short circuit between the positive and negative electrodes)matters needing attention:(1). It is forbidden to place the plexiglass plate directly in ethanol / alcohol solution or pour alcohol on the surface of the plexiglass plate, otherwise the surface of the plexiglass plate will be cracked or even damaged. When there is oil stain on the surface of plexiglass plate, it is recommended to clean the surface with paper towel dipped in a small amount of alcohol.(2). Ultrasonic cleaning of plexiglass plates is prohibited!

• The principle of Electrosorption technology is to form an electrostatic field between the electrodes through the applied voltage. The charged particles are forced to move to the electrode plate with opposite charge due to the electrostatic force in the electrostatic field, and an electric double layer is formed on the surface of the electrode plate. The charged particles are adsorbed and temporarily stored in the electric double layer.
• When the adsorption process reaches equilibrium, remove the electric field or reverse the power supply, and the ions adsorbed on the electrode return to the solution to achieve the purpose of desorption.