Microspheres, with their precise size control and unique electrical and optical properties, have become a crucial support for driving industrial upgrading towards intelligence and greenification
With the rapid development of the electronic information industry, microspheres, with their precise size control and unique electrical and optical properties, have become an important pillar in driving the industry towards intelligent and green upgrades.

In the field of electronic information, microspheres are widely used in scenarios such as display panels, semiconductors, and electronic packaging. For instance, in liquid crystal display (LCD) panels, spacer microspheres can precisely control the thickness of the liquid crystal layer, ensuring the clarity and stability of the displayed images. In semiconductor manufacturing, microspheres can serve as polishing media for precision polishing of chip surfaces, enhancing the flatness and performance of the chips. In electronic packaging, microspheres can act as thermal conductive fillers, improving the thermal conductivity of packaging materials, solving the heat dissipation problem of electronic devices, and ensuring long-term stable operation of the devices.