Quartz plates are functional materials that possess optical uniformity, piezoelectricity, and mechanical stability. These components are widely used in high-end fields such as optical sensing, 5G communication, and semiconductor manufacturing. The precision with which quartz cuts is directly linked to the reliability and longevity of its downstream applications. It is important to note that there [...]
The manufacturing process of quartz glass directly determines its performance grade and application field. The manufacturing of quartz glass can be divided into two primary processes: the melting process, which uses natural quartz as the raw material, and the synthesis process, which uses silicon-containing compounds. The former includes traditional methods such as electric melting, gas [...]
The presence of transparent components in a laboratory, a semiconductor production line, or optical equipment often indicates the utilization of quartz glass. Material costs have never been a single consideration. The value of this material is attributable to its hidden properties, including high-temperature resistance, light transmittance and chemical stability. Key reasons semiconductor and optical industries choose quartz glass In [...]
Quartz (fused silica, SiO₂) has a melting point above 1700 °C; therefore, at 110 °C there is absolutely no risk of physical melting. The frit structure remains intact. However, chemical corrosion is a separate concern. Quartz is an acidic oxide and can be slowly attacked by alkaline solutions, especially at elevated temperatures. K₃PO₄ (tripotassium phosphate) [...]
Quartz plates are extensively utilized in a variety of professional settings, including optical instruments, semiconductor lithography, laser systems and high-end sensors. This is due to their exceptional thermal stability, high optical transmittance and superior mechanical strength. The quality of the installation of quartz plates directly determines the accuracy, stability and service life of the equipment. Quartz [...]
Quartz rods are widely used in a variety of fields due to their characteristics, which include high temperature resistance, high light transmittance and low coefficient of expansion. These characteristics make them suitable for use in a range of areas including semiconductors, optics, photovoltaics, metallurgy and other fields. The quality of quartz rods has been demonstrated [...]
The necessity of edge processing Stress dispersion Following the cutting process, quartz often exhibits sharp edges and micro-cracks. These characteristics render the material susceptible to stress concentration points, which can lead to breakage when exposed to high temperatures or impacts. Edge treatment has been shown to disperse stress and enhance impact resistance. Operational safety [...]
This standard specifies the samples, instruments, procedures and result evaluation of internal pressure resistance test of the quartz tube, which is suitable for testing the internal pressure resistance of the quartz tube. Internal pressure resistance The term ‘internal pressure resistance’ is used to describe the hydraulic pressure that is withstand within the quartz tube. The rate of pressure [...]
Quartz crucibles are manufactured using high-purity silica, which provides high-temperature resistance, low impurities and good thermal stability. They are extensively utilized in a variety of applications, including the drawing of photovoltaic single crystalline silicon, semiconductor wafer manufacturing, and high-temperature reactions in chemical laboratories. Its acid and alkali resistance can directly impact its expected lifespan and [...]
Quartz plate is a material that is used extensively in electronics, optics and communication. Its production involves quartz crystal growth, cutting, polishing and coating. The following section will provide a detailed overview of quartz plate production. Quartz crystal growth represents the initial stage in the manufacturing process of quartz plates. Quartz crystal consists of silica [...]
