It is not common knowledge that all glasses are not equal, and borosilicate glass may just be the best of them because it is created specially. Deriving its name from the chemical components that make it (Boron Trioxide and Silica), borosilicate gauge glass remains one of the most stable resistant to heat than the others. Moreover, it is known to be durable and can be used for various applications.
The Difference Is In the Creation
The main difference between borosilicate glass and the other soda-lime glasses is on the creation process and the components that go into them. Borosilicate is made by combining the two main elements: boron trioxide, and silica sand, with soda ash and alumina. It involves a complex process combining molding, floating, and tube drawing because these elements have varied melting points.
Compared to soda-lime glass, borosilicate glass is a rare one. You will not find it in common usages such as window panes and regular wine glasses and jars. The high concentration of boron trioxide and silica and the higher temperatures required in the manufacturing of borosilicate glass makes it highly resistant to heat and much sturdier than the soda-lime glass.
Why Borosilicate Glass is Better than the Rest
The manufacturing process of borosilicate glass places it ahead of the curve when it comes to the day–to–day application. These five reasons are confirmed in this statement.
It has Excellent Durability
Borosilicate is the most durable and sturdier glass available compared with the other types. This is one of the reasons why it is the favorite in the market today. It is resistant to higher pressure and does not easily shatter like regular glass. This makes it a preferred item for heavy-duty industrial applications such as console panels and viewing machinery.
It Offers High Heat Resistance
Because borosilicate glass can withstand high temperatures without being deformed, it finds more usage in cookware making. It does not crack at high temperatures, making it a preferred choice for combining aesthetics with utility in manufacturing cooking pots and casserole dishes.
It is Resistant to Acid
Borosilicate is resistant to corrosive acid, unlike the other types of glass. This way, it is best suited for use in research and chemistry labs as it is unlikely to crack when it comes into contact with other harsh compounds common in such labs. Also, it is ideal for making beer bottles and whisky or wine glasses.
It is Malleable
Borosilicate glass is more malleable than regular glass. This makes it the ideal glass type to mold into more complex shapes and figures. Because of this unique ability, many manufacturers have used borosilicate glass to make items like vacuum insulated bottles capable of regulating temperatures.
It Is BPA Free
Furthermore, borosilicate glass does not contain BPA. It is non-toxic and safe to eat and drink from like the regular glass. It is argued that food and drinks from borosilicate vessels taste even better because the material does not leach out as in plastic containers. Borosilicate glass contributes a lot to improve a sustainable environment by keeping less and less environmentally toxic plastics in use.
