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Quartz plates are widely used in multiple industrial fields due to their characteristics such as high-temperature resistance, corrosion resistance, and good light transmittance. In practical use, many devices require the formation of holes of specific positions and sizes on quartz plates. The production and processing of perforated quartz plates is not merely mechanical drilling,...

In the domain of precision industry, special-shaped quartz plates, a unique type of quartz processing product, are instrumental in transforming high-purity quartz raw materials into customized shapes and sizes. The term “irregular shape” refers to non-standard geometric forms that deviate from the conventional circular or rectangular flat quartz plates. These include plate parts with...

In selecting quartz window plates, numerous individuals prioritize factors such as cost and delivery time. However, they frequently neglect to consider several crucial parameters that govern the performance of the product. This can lead to scenarios where the light transmittance falls short of the standard or the anti-damage threshold proves insufficient for subsequent applications....

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...

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.

The value of quartz glass lies not in its parameters, but in its ability to solve specific problems. From the flatness of the quartz glass substrate to the diameter tolerance of the quartz glass rod, each element has a direct impact on the final result. Initially, it is imperative to clarify the core requirements,...