What effect does the non-woven material used in dust removal cloth have on the electrostatic adsorption effect?

The non-woven material used in dust removal cloth has special effects in terms of electrostatic adsorption effect. Factors such as the fiber arrangement, surface morphology, material type and density of non-woven fabrics jointly affect the effect of electrostatic adsorption. Carefully designed fiber arrangement and surface morphology enhance the electrostatic effect, making the dust removal cloth more efficient during the cleaning process.

The type of nonwoven material also has a significant impact on the electrostatic adsorption effect. Such as polypropylene and polyester, which have better electrostatic properties and can generate and maintain static electricity more effectively, making dust and debris easier to absorb and remove. In addition, the density of non-woven fabrics is also an important factor. Higher density means closer contact between fibers, which is conducive to the generation and conduction of static electricity, thereby enhancing the electrostatic adsorption effect.

In addition, the addition of electrostatic additives can enhance the electrostatic adsorption effect. These electrostatic additives can improve the electrical properties of the fiber, making it easier to generate static electricity, thus improving the dust adsorption capacity. This technology plays an important role in improving the performance of the dust removal cloth, making it more efficient and convenient during the cleaning process.