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The global semiconductor quartz glass market is undergoing a period of expansion, as evidenced by data from a range of sources. It is anticipated by authoritative institutions that the global semiconductor quartz glass market will experience a significant expansion in the coming years, with a high compound annual growth rate.

Various impurities are unavoidably introduced during the preparation process of quartz glass, which gives rise to the occurrence of defects in quartz glass and the alteration of its properties. Common defects in quartz glass can be classified into two categories: structural defects and macroscopic defects.

Quartz glass lenses are extensively used in optical imaging applications due to their advantageous characteristics, which render them ideal for producing high-quality images. Below are several applications of quartz glass lenses within the realm of optical imaging.

The quartz glass product exhibits a multitude of advantageous characteristics, including high transparency, high temperature resistance, corrosion resistance, high purity and favourable electrical insulation properties. However, it should be noted that quartz glass also has certain disadvantages, including brittleness, processing difficulty, susceptibility to scratches and sensitivity to ultraviolet light. 

Quartz glass plate is a common product of quartz crystal, which exhibits exceptional chemical and thermal stability, thereby rendering them suitable for utilization in a multitude of fields. The following outlines some of the most prevalent applications:

By observing the density, hardness, transparency and other characteristics of the material, in conjunction with a series of testing methods, including the use of ultraviolet light, quartz glass can be accurately identify. At the same time, it is also important to be aware of certain types of glass that can be easily mistaken for quartz glass, in...

Quartz glass exhibits a range of excellent optical properties. Compared with ordinary glass, high-purity quartz glass has good transmittance across an extensive range of wavelengths, from the far ultraviolet (160nm) to the far infrared (5μm), which is not available in general optical glass. The excellent spectral transmittance and optical uniformity make quartz glass widely used...