Industrial glass may also be termed as architectural glass. With the link between these two alone, one may conclude that the glass is especially made to arrive at a desired shape. Basically, the main material for this type of glass is transparent at the same time lustrous. It is also capable of withstanding any of the environmental elements. It is highly favored because of its durability.
Industrial glass is generally a building material. A lot of infrastructures make use of this particular component in making up windows. Aside from this particular application though, there are other industries making use of this type of glass. It is best to learn their classifications as well.
Anti-glare glasses
Anti-glare or anti-radiation glasses are those that protect the operator from radiation. As it reduces glare, it increases or improves the contrast of the output. Most types of this commercial glass are used in point of purchase terminals, informational data displays and industrial production lines. At times, they may also be helpful in scientific applications.
Silica glasses
This type of industrial glass is formed out of silicone dioxide and is used in industries or production where chemical durability, low electrical conductivity and high thermal shock resistance is a focus of interest. Some subcategories include soda-lime silicate, lead-alkali silicate and aluminosilicate. Various applications are glass halogen lamps, chemical glassware, tableware, containers and furnace tubes.
Types for glass window manufacture
There are other types of architectural glass to take note of. There is the crown glass which is said to be the earliest style used in manufacturing glass windows. As time passed, the manufacture of these building components gradually changed from cylinder glass, sheet glass, figure-rolled glass and prism glass to chemically-strengthened glass, self-cleaning glass and toughened or tempered glass.
There are also two glazing variations made to construct this type of glass. First, is the insulated or double glazing method. This consists of several glazing layers that are put together. A dead space occupies the squeezed part of the two layers to ensure that proper insulation and noise reduction is achieved.
The second construction variety is termed as the evacuated glazing. In this technique, thin layers are produced in order to replace the less-efficient traditional form of glazing. With the introduction of this product in the market, more architectural possibilities may be obtained. This is currently popular in Japan and China. Manufacturing this industrial glass is quite complicated that is why not most countries have adapted such technique.
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