In smart home and security devices, switch panel glass not only serves protective and decorative functions but also directly participates in the touch interaction experience.
Maintaining the heat resistance and safety of small appliance glass in high-temperature environments requires systematic optimization from multiple aspects, including material selection, structural design, processing technology, and usage control.
Its core principle is to form a nanoscale hydrophobic and oleophobic film on the glass surface by spraying or coating, and the main component is fluorinated silane compound.
In laser processing, optical communication, and high-end optical systems, optical glass often needs to withstand the dual challenges of high-energy lasers and rapid temperature changes.
When exploring the mysterious blue world of the deep sea, diving masks are a diver's second pair of eyes, and the lenses are the most crucial and essential component.
Among many materials, switch panel glass, with its unique physical properties and aesthetic value, has gradually become the preferred choice in the high-end market. Besides its crystal-clear visual appeal, the significant ease of cleaning and maintenance