Application


Electronic information 5G


5G communication uses millimeter wave, short wavelength, poor diffraction ability, large attenuation in the propagation process, so it is necessary to reduce the dielectric constant and dielectric loss of the material to improve signal transmission speed and efficiency, reduce delay and loss. Because of its low dielectric constant and dielectric loss, hollow glass microspheres can be added to the substrate as a low dielectric filler to improve the dielectric properties of the product. It can be widely used in materials such as 5G base stations and radomes, 5G mobile phone frames and backplanes, and IoT devices.