Ceramic substrates, as a material with characteristics such as porosity, low dielectric constant, high temperature stability, also have broad potential applications in the field of industrial electronics, providing stable and reliable support. for example:

Telecommunications Switching:

ceramic substrates can provide excellent insulation performance and high temperature stability for telecommunications switches. these characteristics make them reliable support structures for installing various electronic components and circuits within telecommunications switches.

Sound Systems:

Ceramic substrates are widely used in sound systems as antenna bases. they can adapt better to high-frequency signals and have lower signal loss for components (such as filters or couplers) connected through contact waveguides or other transmission lines.

Lasers:

In laser manufacturing, ceramic substrates are typically used as transport guides. as ceramic is a very hard material, it can help protect the extremely expensive and fragile laser source. in addition, ceramic substrates can also play an important role in the laser process through thermal conductivity design.