What factors affect the polarizing effect of meltblown fabric?

Static electricity is currently one of the better methods of electrostatic polarization. The polarization machine implants electrons into the material through the polarization rod, making the material polarized. Therefore, it can store and discharge static electricity for a long time. For example, the material in an electrostatic generator can store static electricity for more than five years or even longer.

The electrostatic polarizer can be used continuously for a long time, with a longer lifespan and reduced maintenance costs. The electrostatic flocking equipment uses an electric push rod to randomly adjust the spacing of the polarizing space of the polarizing machine. This not only changes the amount of polarizing electric field to achieve different polarizing efficiencies, but also facilitates feeding, cleaning, and maintenance.

Proper treatment of polarization can enable meltblown non-woven fibers to carry charges and achieve electrostatic adsorption characteristics, filtering and adhering particles, aerosols, droplets and other substances. Pulse plasma polarization equipment is also one of the advantageous polarization processes for this type of treatment.

Since the outbreak of the epidemic, many people have joined the production industry. At this stage, the spray non-woven industrial electrostatic polarizer devices have been widely used in various non-woven manufacturers and equipment manufacturers.

The charging voltage has a significant impact on the polarization effect of the sample, while the environmental humidity and charging distance have a relatively small impact on the polarization effect of the sample.

As the charging voltage increases, the filtration efficiency of meltblown non-woven fabric materials improves. This means that due to the increase in charging voltage, the surface charges of the sample's polarizations increase, and the adsorption capacity of the particles increases.

Due to the extension of charging time, the filtering efficiency of the melt blown electret material is improved, and the effect of charging voltage is similar.