As the crown jewel of modern manufacturing, the semiconductor industry has extremely strict requirements on all links of the process. As one of the important materials, quartz has a large number of applications in thermal processes, etching and other links. Quartz products for semiconductors are mainly characterized by high purity, high precision and high processing complexity.

As a clean energy that has been vigorously developed in recent stages, photovoltaic new energy has ushered in vigorous development in recent years, and the demand for quartz products is also increasing. The quartz products for photovoltaics are mainly adapted to high-precision industrial automation and large-scale production, and the huge photovoltaic automation production line has put forward higher requirements for the stability of on-site operation of quartz products.

The physical characteristics of quartz such as high transparency and compressive resistance make quartz products widely used in the optical field. The light transmittance requirements of different bands and the quartz composite processed products are suitable for different optical instruments, and also have unique advantages in the field of laser technology.

The information interaction demand in modern society has promoted the development of 4G, 5G and even the future 6G. Quartz materials play an important role in the optical communication industry, from optical fiber and optical cable raw materials to finished product manufacturing. Different application requirements allow quartz materials to explore more possibilities for use.

Quartz materials are used in high temperature resistance, high strength, radiation resistance and good light transmission in aerospace, high temperature resistance, optical sensing components, electrical insulation components, window observation devices and other links.