Sapphire glass not only has the advantages of high hardness, wear resistance, and scratch resistance, but also has excellent thermal, electrical, and dielectric properties. Capable of withstanding the impact of high voltage and high current, without errors caused by electromagnetic interference. These characteristics make sapphire products widely used in the field of electronic technology, becoming one of the materials for manufacturing various electronic devices. With its unique materials and excellent performance, it is highly respected in the manufacturing field.

Sapphire has high chemical stability and is not corroded by chemicals such as acids and bases, which gives it unique advantages in many application fields. In addition, the thermal expansion coefficient of sapphire ceramics is small, which enables it to maintain high precision and stability in high-temperature environments. Sapphire products will not deform, discolor, or crack in high temperature environments; At low temperatures, sapphire glass will not break or rupture due to cold. These characteristics make sapphire widely used in aerospace, military and other fields, and become one of the important materials for manufacturing various high-precision instruments.

Sapphire is hard and brittle, so high-precision processing equipment is needed to improve processing efficiency and reduce material loss during the processing. Due to its superior light transmittance and wear resistance, it is widely used in substrates such as LED light-emitting components, optical windows, high-end watch cases, and mobile phone cameras. As an excellent material, its outstanding performance and wide range of applications make it an irreplaceable material. Although it has some drawbacks and precautions, this does not affect its important position and role in various fields. With the continuous development of science and technology, it is believed that the application fields of sapphire glass will become more extensive and in-depth.