The application of silicon dioxide in the electronics industry is extremely important, mainly as a semiconductor material and optical fiber material. Its main function is to provide excellent insulation performance and optical properties, supporting the development of modern electronic devices and communication technology.

In semiconductor manufacturing, high-purity silicon dioxide is used to manufacture insulation and dielectric layers, providing necessary electrical isolation and protection. For example, in integrated circuits, silicon dioxide serves as an insulating layer material that can effectively isolate the circuit and prevent current leakage. In transistors, silicon dioxide serves as the dielectric layer material, providing necessary electrical isolation and protection.
In fiber optic manufacturing, silicon dioxide serves as the core material that can transmit optical signals and support high-speed and long-distance communication. For example, in fiber optic communication, silicon dioxide serves as the core material that can transmit optical signals and support high-speed and long-distance communication. In fiber optic sensors, silicon dioxide serves as the core material, capable of transmitting optical signals and supporting high-precision and high-sensitivity sensing.
In addition, silicon dioxide is also used to manufacture optical lenses and prisms, and its excellent optical properties can improve the imaging quality and accuracy of optical devices. For example, in optical lenses, silicon dioxide as an optical material can improve the imaging quality and accuracy of optical equipment. In optical prisms, silicon dioxide, as an optical material, can improve the imaging quality and accuracy of optical devices.