Soda Lime Glass: Everything You Need to Know

Soda lime glass is one of the most common types of clear float glass. It is composed of main silica (SiO2), which lowers the melting temperature, along with soda, or sodium oxide, and lime, which acts as a stabilizer.

It can be chemically strengthened or tempered to make it stronger and more scratch-resistant. It also withstands thermal shock better than non-tempered versions.


Soda-lime glass is the most common type of clear float glass and is made up of 70% silica, 15% soda, and 9% lime. A small number of other compounds are added to give the glass its desired color.

The manufacturing process of soda lime glass involves melting the raw materials (soda, lime, silica, and small quantities of fining agents) in a furnace at temperatures up to 1675 deg C. Soda lime glass is a versatile glass that can be used in a variety of applications and industries.

It is cheaper than other types of glass, such as borosilicate glass or optical glass. It can also be shaped into more complex shapes and is less prone to breakage.


Soda lime glass is a durable type of glass that can withstand extreme temperatures and can also be easily tempered to increase its strength. This type of glass is typically used for a wide range of products, including vehicle windows and shower doors.

The soda-lime glass contains three basic materials: silica, sodium oxide (soda), and calcium oxide (lime). The soda lowers the silica’s melting temperature, while the lime stabilizes it.

It is more durable than borosilicate glass, and it can withstand thermal shock better. It is also more resistant to acidic chemicals.

It is made by heating silica and soda in a furnace, along with small amounts of other materials to help the process. The resulting glass is 70 to 74% silica by weight. It is usually colored green or brown. It is commonly used for windowpanes and containers for food and drinks and is also commonly found in the manufacturing of lamps and other light bulbs.


Soda-lime glass has a very clear and smooth surface that can be shaped into a variety of shapes. It is a common base material for most types of glass, such as windows and containers.

In addition to its durability, soda lime glass is a good light-transmitting material. It is used for optical applications such as hot and cold mirrors, lamp bulbs, lenses, and mirrors.

Researchers have found that the surface of textured soda lime glass is capable of diffracting green laser radiation (532 nm). They use direct laser interference processing (DLIP) with ultra-short laser pulses to create a variety of micropatterns with one and two-dimensional periodicities.

They also found that the DLIP process can be optimized to induce non-linear absorption processes. For this, the spatial period of the laser beams must be varied and the polarization state must be adjusted. Moreover, the number of laser beams must be changed, and their geometrical arrangement or scanning strategy must be adjusted.

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Chemically Stable

Soda lime glass, one of the most common types of glass, consists of about 70 percent silica (silicon dioxide), 15 percent soda (sodium oxide), and 9 percent lime (calcium oxide). The soda serves as a flux to lower the melting temperature of the silica, and the lime helps stabilize it.

This type of glass can be recycled multiple times without diminishing its physical properties. It also resists thermal shock and a number of volatile compounds.

Its high hardness makes it a good choice for creating food and beverage packaging. It can also be used for manufacturing fluid control process components and parts.

Its strong atomic bonds and highly connected atoms make it a good choice for use around chemicals, especially when tempered to increase its thermal shock resistance. It is not immune to chemical wear, however, and other more specialized glasses may be better suited for these applications.

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