News

The birefringence effect of sapphire must be fully considered and compensated for in the optical design and manufacturing process, as it has a certain impact on optical applications. By implementing measures such as selecting appropriate materials, optimizing optical design, adopting advanced manufacturing processes, and choosing the correct optical axis direction, the impact of sapphire birefringence...

Sapphire is an ideal material for making high-precision optical windows due to its high hardness, high light transmittance, heat resistance and wear resistance. This article will explore the key technologies and applications of high-quality processing of sapphire windows.

The high thermal stability of sapphire high-strength glass makes it a viable candidate for use in a variety of fields. In the consumer electronics sector, the increasing popularity of devices such as smartphones and tablet computers has led to a growing demand among consumers for products that exhibit enhanced durability and aesthetic appeal.

Sapphire crystal processing services offer a series of advantages, making it a popular choice in many industries, including aerospace, defense, optics and electronics.

In aviation propulsion systems, sapphire, leveraging its dual capabilities of light transmittance and protective functionality, has been explored for applications in high-temperature observation windows and rectification components of high-speed aircraft. Additionally, its superior hardness (Mohs hardness approaching that of natural materials) theoretically enables it to withstand the erosion caused by high-speed airflow and particle...

Sapphire windows are characterized by their high hardness and wear resistance, as well as their high light transmittance, which enables the transmission of a wide spectral range from ultraviolet to mid-infrared. Chemical inertness represents a significant advantage of sapphire windows. Notwithstanding the presence of high temperatures, strong acids, and strong alkalis, it exhibits remarkable chemical...

It is possible that haze or atomization phenomena may be present on the sapphire window surface. The third defect is naturally formed, while the other three are likely to be produced in the early grinding stage, which is also the reason why the sapphire window takes so long to polish.