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Sapphire windows boast high transparency and transmittance characteristics, rendering them highly applicable in scientific, technological and industrial contexts.

The progression of science and technology, alongside the enhancement of consumer demand, has contributed to the increased utilization of sapphire lenses within the consumer electronics market. In the field of smartphones, sapphire lenses have become a significant selling point for certain models, which not only enhances the overall texture of the phone, but also provides users...

In the domain of industrial automation, sapphire glass windows are used as an observation window for thermocouples and boiler water level gauges in high-temperature environments, thereby ensuring the precise monitoring of equipment operation status in harsh conditions. In the medical field, due to their biocompatibility and non-toxicity, sapphire glass windows are extensively utilized in endoscopes, surgical microscopes and other medical...

Among these novel materials, sapphire glass has become a key component in the field of photoelectric components due to its distinctive lattice structure, exceptional mechanical properties and superior thermal properties. It is a material with significant potential for scientific and technological innovation, as well as for practical applications.

In everyday use, mobile phone screens are susceptible to a range of unexpected scratches, including those caused by friction with hard objects such as keys and coins, or friction with other items in clothing pockets. In addition to scratch resistance, sapphire mobile phone screens also demonstrate excellent impact resistance. In addition to the performance...

The development of petroleum exploration has led to an increased focus on deeper drilling, necessitating more robust materials with enhanced properties. In this context, sapphire glass materials are emerging as a novel alternative solution.

Although sapphire glass boasts high hardness and good abrasion resistance, it still possesses brittleness and is prone to breakage when exposed to intense impact. Hence, when designing products incorporating sapphire glass, it is necessary to mitigate the risk of fragmentation through structural design optimization and other protective measures to guarantee that the properties of sapphire...