Technology, behind the scenes: How innovative protective glasses are made
Technology, behind the scenes: How innovative protective glasses are made
In the era of smartphones, where each of us carries a small command center in our pocket, protecting these valuable devices has become a crucial issue. We have high demands, especially for protecting the element we use most often - the display. But have you ever wondered how the innovative protective glasses that shield our phone screens are made? This process combines advanced science and engineering to ultimately provide a product that is both incredibly durable and almost invisible.
Understanding the material.
The first step in producing protective glass is understanding and selecting the appropriate material. Currently, two types of glass dominate the market: tempered (Corning line) and hybrid (Flex line). Tempered glass, known for its resistance to scratches and impacts, is produced through a chemical or thermal process that increases its hardness. On the other hand, hybrid glass combines the advantages of film and glass, making it flexible and providing excellent protection against screen cracking. The choice of material depends on the desired level of protection and device specifications.
Innovations from Corning Lab.
One of the leaders in screen protection technology is Corning Lab, known for its innovative approach to producing protective glasses for smartphones and beyond. Their approach to testing protective glasses sets industry standards. At Corning, each batch of glass undergoes rigorous practical tests. Their resistance is checked against:
- scratching,
- falling,
- crushing,
to ensure that the final product will withstand everyday use and extraordinary accidents. This process combines material science with precise engineering to create glass that not only protects the phone screen but also does not affect user comfort and display functionality.
Advanced Manufacturing Processes.
Producing protective glass is not just a matter of choosing the right material but also involves advanced manufacturing processes. At Corning Lab, from the initial shaping and cutting of the glass, through its tempering, to the application of protective coatings, each stage must be executed with the highest precision. In addition to increasing resistance, technologists are constantly working on further innovations that affect the comfort of using protective glasses. One such innovation is the oleophobic coating, which reduces fingerprints, or the anti-reflective coating, improving screen readability in the sun.
Creating innovative protective glass is a process that requires deep knowledge and advanced technology. Thanks to companies like Corning Lab, we can enjoy our mobile devices without fear of damage. By investing in protective glass, you not only protect your phone from unforeseen accidents but also extend its lifespan. In a world where the smartphone is an integral part of our lives, screen protection has become not so much a choice as a necessity