News

Quartz plates are an essential component in precision optical systems. The high light transmittance, resistance to high and low temperatures, and resistance to chemical corrosion offered by silica material make them well suited to a variety of high-end applications, including laser processing, spectral analysis, scientific research experiments, and semiconductor manufacturing.

The optical processing of quartz glass presents significant challenges. It is characterized by high hardness and brittleness, rendering the efficiency of traditional processes is relatively low. Some processing methods (such as single-point diamond turning) are not applicable in this case. In optical manufacturing, the core issues revolve around leveraging strengths and avoiding weaknesses, processing quartz...

Although quartz glass differs from silicate materials in terms of chemical composition, it demonstrates unique performance advantages and application value in many aspects. Therefore, it is inaccurate to simply classify quartz glass as part of the silicate group. We should regard it as a new type of inorganic non-metallic material with unique properties and...

When procuring small-sized quartz plates, it is imperative to be cognizant of their intended application. For instance, quartz plates used for optical windows must be double-sided polished and free of scratches, while the plates used for quartz crystal oscillator bases need to have their warpage and parallelism strictly controlled. The manufacturing of small-sized quartz...

This versatility extends to quartz glass samples for scientific research experiments, light-transmitting components for optical instruments, and quartz accessories for semiconductors and high-temperature equipment, all of which can be precisely processed according to customization. Quartz glass is a highly advanced material that offers a number of distinct advantages, including high temperature resistance, high light...

The process of heat treating quartz plates is essential for ensuring their performance and reliability in application. By implementing a systematic approach involving processes such as annealing, quenching, tempering and surface treatment, the elimination of internal stress can be achieved, leading to enhanced microstructure, improved surface quality and optimized physical properties.

Quartz plates are widely used in 5G communication, sensing and detection, optical instruments, aerospace and other fields due to their piezoelectric resonance, optical transmission, high stability and other characteristics. Market research indicates a constant increase in demand for customization, driven by the segmentation of scenarios.