Electrostatic fume purifiers differ significantly from mechanical fume purifiers in a number of ways. First, let's dive into the principles of these two purifiers.
Electrostatic fume purifiers mainly rely on the force of the electrostatic field on the soot particles, so that they are adsorbed and settled. In this process, the electric field exerts an electrostatic force on the soot particles, causing them to move in the direction of the electrodes and eventually collect them on the dust plate. The mechanical oil fume purifier intercepts and filters the oil smoke through the mechanical structure such as the filter screen, so that it can be purified.
In terms of performance, the electrostatic oil fume purifier has higher efficiency when dealing with oil fumes, and can remove most of the oil fumes and harmful gases. Although the mechanical oil fume purifier has a simple structure, the effect is relatively poor when dealing with oil fume, and the purification efficiency is low.
In addition, electrostatic fume purifiers perform better in terms of service life and stability. Since there are no mechanical parts to wear inside, it has low maintenance costs and a long service life. In contrast, components such as filters in mechanical fume purifiers are prone to wear and tear and need to be replaced regularly, increasing maintenance costs.
To sum up, electrostatic fume purifiers are better than mechanical fume purifiers in terms of treatment efficiency, service life and stability. However, in practice, the choice of purifier is a trade-off based on specific needs and environmental conditions. In the pursuit of efficient purification effect and high stability, electrostatic oil fume purifier is the better choice.