1, it can be polarized sufficiently. In the wire plate structure, we can arbitrarily increase the number of wires according to the requirements to achieve the best polarization effect. The multilayer filament makes the electric field relatively uniform and has no dead ends.
2, small resistance. Because the structure inside the wire plate is symmetrical, the electric field wind generated is dispersed and becomes internal stress and counteracts each other.
3, the adsorption zone can reach the best point. Since the power used in this area is independent, there is no need to consider other (such as polarization), so the optimum electric field strength can be brought out.
4, invalid interval is small. The spacing between the plate and the plate can be made very small and the effective utilization of space is improved. But the disadvantage is that the structure of the silk board and the production tooling are more complex, and the material selection of the silk is bad, it will lead to broken wires. Some manufacturers use plates at their edges to make waves or zigzag instead of, although the effect is almost, but overcome the shortcomings of silk break easily.
To sum up, the electrode grid structure of a good high voltage purifier should be sufficiently polarized and fully collected, and polarization and collection should be separated. In order to improve the purification rate, as many layers as possible.