Another type, which those who work in science laboratories will be familiar with, is borosilicate glass. As well as silicon dioxide, this type of glass contains boron trioxide. It has a greater durability, combined with greater chemical and heat resistance, which leads to its use in laboratories, as well as in cookware. Additionally, it’s used in flashlight lenses, allowing a higher percentage of light through compared to plastic. A number of other types of glass are also possible, such as lead glass, but are beyond the scope of this post
Another type, which those who work in science laboratories will be familiar with, is borosilicate glass. As well as silicon dioxide, this type of glass contains boron trioxide. It has a greater durability, combined with greater chemical and heat resistance, which leads to its use in laboratories, as well as in cookware. Additionally, it’s used in flashlight lenses, allowing a higher percentage of light through compared to plastic. A number of other types of glass are also possible, such as lead glass, but are beyond the scope of this post
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