4 Reasons Why You Should Choose Borosilicate Glassware

How is borosilicate glassware different from regular glass?

With glassware ornaments, cookware and utensils, glassware has been an important element of any household. If you are looking to significantly augment the look and feel of your dinner table, you need to think beyond the realm of regular napkin folds.

Glassware essentially enhances the overall look of any tablescape which makes the idea of choosing the right glassware for your home a worthy venture. Before you set out to make your purchase, there are a couple of things you need to consider, most important being the choice between regular and borosilicate glassware.

But before we go any further, let’s look at the impact of glass manufacturing on the environment. This would later help us understand why you need to prefer borosilicate over other glass materials.

 

Glassware and its impact on health and environment

The primary environmental impact produced by glassware manufacturing is atmospheric emissions caused by melting activities involving strong chemicals. This includes:

  • The combustion of fuel oil and natural gas that leads to the decomposition of raw materials during the melting process. This decomposition leads to massive CO2 emissions that are the major cause of air pollution.
  • During the melting process, other chemical substances, such as Sulphur dioxide (SO2), are produced as a result of the decomposition of the sulphate that is one of the primary materials used regular glass manufacturing. SO2 leads to the acidification of the air and contributes towards SMOG.
  • Nitrogen oxides (NOx) is another harmful substance produced during the melting process due to the decomposition of nitrogen compounds that also contribute towards acidification.
  • Evaporation from the molten glass and raw materials can cause release of detrimental particles in the atmosphere.

In addition, the utilization of raw materials for the production of coatings and mirrors play a significant role in creating harmful emissions that can become a cause of air and water pollution and ultimately health problems.

 

Understanding Borosilicate glassware

Borosilicate glass is a type of glass that has the main glass-framing of silica and boron oxide. Borosilicate glasses are most notable for having low coefficient of thermal expansion, which equals around ~ 3 x 10-6/C at 200 degrees, making them impervious to thermal shock in contrast to regular glass.

Borosilicate glass was initially created by German glassmaker Otto Schott in the late nineteenth century and sold under the brand name “Duran” in 1893. Borosilicate glass is known for its crystal clear clarity. It is created with the amalgamation of boron and any of the conventional ingredients, such a silicate sand and ground lime.

 

4 reasons why borosilicate glassware is a better choice

Peruse the 4 primary reasons why borosilicate glassware should be your preference.

  1. Optical Clarity and cleanability

Glassware is an extremely important tool in both industrial sector and domestic settings for its optical clarity and transparency that allows for enhanced observation. Unlike other materials, such as plastic and metal, glassware products tend to have better properties that contribute towards improved usability and handling. Borosilicate glass offers smooth and clean surface with unobstructed clarity that gives you the freedom to augment observation and monitor what goes on inside the glass during its use in myriad industrial and household processes.

optical clarity glass cup

The extra layers of spray coatings are added to the glass to increase its resistance to splinters and scratches that may damage the surface. However, the extra coating does not impact the transparency of the glass. Borosilicate glass is embodied with anti-stick, transparent and nonporous surface with increased cleanability that makes it a perfect choice for myriad applications, both household and industrial.

  1. Resistance to corrosion

Borosilicate glass equipment provides unprecedented corrosion resistance to acidic solutions, water, concentrated acids and chemicals like bromine, chlorine, iodine and other organic substances. The corrosion resistance of this glass is far more superior to the corrosion resistance offered by other materials, such as metals, during prolonged containment periods with temperature as high as 100 degrees.

Very few organic substances and chemicals can corrode the upper layer of Borosilicate glass surface; these chemicals include hydrofluoric acid, caustic solutions and concentrated phosphoric acid. The reaction produced during the processing of these chemicals combined with the elevated room temperature can increase the chances of corrosion for a pure borosilicate glass. However, at mild temperature, borosilicate glass can handle caustic solutions and strong chemicals without corrosion.

  1. Structural integrity and Temperature Range

Another strong strength of borosilicate glass is its resistance to diverse temperature, which makes it an ideal product for industrial and pharmaceutical use. Regular glass can barely survive strong caustic solutions and high temperature in laboratory settings. Following list highlights the temperatures borosilicate glass can endure and its breaking point:

  • The optimum operating heat for borosilicate glass is around 200 degrees;
  • Above 525 degrees the glass softens;
  • Above 860 degrees it adapts a liquid state;
  • It can be cooled down to the minimum temperature of 80 degrees.

The unique benefit of borosilicate glass is its ability to be endure two different temperature settings simultaneously. For safe handling, it is recommended that the temperature does not surpass 100 degrees.

  1. Static Behavior

Borosilicate glass offers inert behavior that makes it nonflammable and eradicates the environmental risks that usually follow the processing of a regular glass. Borosilicate glass has ion exchange that results in zero catalytic effect. The inert behavior of the glass also eliminates the chances of any taste alterations and smell that allow for unrestricted use of the glass for myriad applications.

Usability of Borosilicate glass extends to pharmaceuticals, electronics, cookware, lightening, optics, rapid prototyping and other equipment utilized in major industries. The popularity of Borosilicate glass can be attributed to its wide-ranging benefits that make it an ideal material for important everyday tasks.

A regular glass does not offer the sustainability and perseverance that Borosilicate glass offers. Investing in Borosilicate glassware not only gives you a highly usable glass product for myriad applications, but also lets you contribute towards your environment. So, before making the decision to buy glassware, give a considerable thought to your choice. Remember that we have to take responsibility for our environment!

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