During the textile or processing process, friction between fibers and equipment, and between fibers themselves, generates static electricity and heat.

As the core raw material of air filter paper, the surface properties of glass microfiber directly affect the hydrophilicity of the filter medium.

In the field of high-efficiency air filtration, glass microfiber serves as a core substrate and is widely used in the manufacture of high-performance filter papers such as HEPA and ULPA.

One of the core raw materials for this type of filter paper is the specialized glass balls used to produce the glass microfibers. Although glass balls are the starting material, they have a profound impact on the dust holding capacity of the final filter

In the field of high-end glass fiber manufacturing, especially the production of glass microfibers for air filter paper, the quality of the raw materials directly determines the performance and consistency of the final product.

Amid the rapid advancement of air purification technology, centrifugal glass microfibers, with their unique performance advantages, have become a core material in air filter paper manufacturing.