News

Sapphire is renowned for its high hardness, optical transparency and excellent electrical insulation performance. These characteristics render it a material suitable for a variety of industrial, technical and electronic applications. The outstanding electrical insulation performance is of particular importance in environments that require high voltage, high temperature resistance and durability.

As a core material in optical components, the surface treatment process of sapphire lenses exerts a direct influence on the light transmittance, wear resistance and service life of sapphire products.

Ultraviolet quartz glass has a wide range of applications in the field of ultraviolet optical devices. Its excellent optical performance, corrosion resistance, radiation resistance and low dispersion make it an indispensable optical component in many fields.

The reflectivity of sapphire glass is a technically complex parameter that affects the performance of the material in various applications. From fundamental research to industrial application, a comprehensive understanding and control of reflective properties are essential to fully leveraging the potential of this exceptional material. Sapphire glass is set to become even more valuable...

The insulating performance of quartz plates is crucial to their widespread use in high-tech fields. The quartz material itself possesses excellent properties, such as high resistivity, a low dielectric constant, high-temperature resistance and chemical stability. These properties enable quartz plates to play a significant role in fields such as semiconductors, photovoltaics, optics and chemical engineering.

Sapphire plates are an essential component in a wide range of modern technology sectors. Due to their exceptional hardness, light transmittance and chemical stability, they have become the optimum choice for optical applications. Sapphire plates are an integral component of a wide range of precision instruments, from the watch crystal on a wristwatch to...

These advanced technologies are applied comprehensively to enable quartz glass plates to achieve a flatness standard of less than 10 nanometres, providing a reliable guarantee for precision optical systems.