The electrophoresis wire immerses the coated object in the water-soluble coating as the anode of the anodic electrophoresis, and uses direct current to connect the opposite negative electrode between the two electrical levels, the electrophoresis wire and the physical and chemical effects caused by the amount of current released to be uniform Apply architectural paint. So how should the electrophoresis line treat wastewater?

Electrophoresis line wastewater treatment methods include coagulation, biological treatment, membrane separation and so on.

1. Coagulation method:

Coagulation is a method of adding inorganic coagulation aids or polymer coagulation aids to wastewater to destroy the reliability of the settlement of the foundation of its aqueous solution, make it coagulate, precipitate, and transform into agglomerates, and develop wastewater treatment.

2. Biochemical treatment method:

The biochemical treatment method is a treatment method that uses the life activities of microbial strains, that is, the biological effects of cells, to carry out oxidation and decomposition of harmful substances in electrophoresis wastewater. The special treatment method can remove the organic chemical substances in the colloidal solution melted in the wastewater (the electrophoresis wastewater is mainly the solubility organic compound), and the treatment is efficient, the cost is low, and the cleaned water body can be discharged into the standard.

3. Membrane separation method:

The membrane separation method relies on the working pressure of outsiders, uses the working pressure of outsiders, and uses semi-pass membranes to complete the whole process of organic solvent separation. Membrane separation methods include ultrafiltration membrane method, reverse osmosis method and electrodialysis method. The membrane separation methods used in the treatment of electrophoresis process wastewater are mostly ultrafiltration membranes and reverse osmosis methods.