Borosilicate glass is a type of glass that's used to make kitchenware, drinkware and other household items. It's made from boron oxide and silica, which can be found in nature or manufactured. Borosilicate glass was developed in 1872 by German chemist Otto Schott, who wanted to create a material that was safe for use at high temperatures without breaking down into toxic vapors. The resulting product—which is known as Pyrex—proved popular with chemists for its durability and resistance to breakage. Today you'll find borosilicate glass everywhere from your kitchen cabinets to lab equipment!
Borosilicate glass is a type of glass that's known for its thermal shock resistance. It can withstand rapid temperature changes and has a low coefficient of thermal expansion, which means it doesn't crack as easily as other types of glass. Borosilicate is used in cooking utensils, laboratory equipment, and glassware (such as wine glasses).
Borosilicate is also known by the brand name Pyrex®.
Borosilicate glass is considered safe to use. It's non-toxic and non-leaching, which means that no chemicals are released into your food or drink during the cooking process. This type of glass is also dishwasher safe, so you can just throw it in with your other dishes after use and not worry about any damage it might incur.
Finally, borosilicate glass is resistant to thermal shock (which means that sudden changes in temperature won't crack or break your glassware). The material can withstand sudden increases in temperature without breaking as long as you don't put extremely hot items into a cold container, or vice versa (i.e., filling an empty cup with boiling water).
Borosilicate glass is made from boron, silicon and oxygen, which are combined to create a strong material that can withstand thermal shock. This type of glass is often used in scientific glassware, such as test tube holders and flasks for laboratory experiments. The borosilicate construction makes it resistant to breaking under high temperatures; however all types of glass will break if they're dropped on hard surfaces or abused in any way.
Borosilicate glass can also be used in the manufacturing process for Pyrex cookware. This type of cookware has become popular because it's heat-resistant at high temperatures and doesn't absorb odors like other cookware materials do -- making it an ideal choice for storing food items such as soups, chili and sauces without having them take on unwanted flavors from other foods kept nearby in your refrigerator or pantry.
If you're concerned about the safety of borosilicate glass, you can rest easy. Borosilicate glass is non-toxic and safe for your health. Although it's frequently mistaken for Pyrex, borosilicate glass is actually made from natural sand and soda ash and does not contain lead or cadmium. This is because these materials are processed at extremely high temperatures (over 2200 degrees Fahrenheit). The process results in a material that is resistant to extreme temperatures, as well as impact damage. It also means that borosilicate glass does not react with food or beverages stored inside of it—meaning you don't need to worry about leaching from your containers into what goes inside them!
The main difference between regular glass and borosilicate? Borosilicate can withstand higher temperatures without becoming cloudy or breaking down like other types of containers might do when exposed to heat over time; this makes them ideal for cooking or baking with since they can withstand oven temperatures up past 500 degrees Fahrenheit without cracking under pressure (which could cause harmful chemicals released during cooking!).
Borosilicate glass is made by fusing boron oxide (B2O3), silica (SiO2) and soda (Na2O). It is used to make cookware and glassware that are heat-resistant.
The Internet has made it easier than ever to find borosilicate glassware, but it's important to make sure you're buying from a reputable company. If you can't find any information on the company, look elsewhere.
If you're not sure whether your current glassware is borosilicate or tempered soda lime glass, get in touch with the manufacturer and ask if they're certified by NSF International or another third party testing agency. If they aren't certified safe for use with food and drink, then you'll need to replace them with new pieces that are verified as such.
A good rule of thumb is: buying from reputable companies will minimize your risk of getting unsafe items!
It's non-toxic, non-leaching and non-porous. Borosilicate glass pieces are made to be stronger than borosilicate ceramic or stoneware items, but they're still able to withstand high temperatures without cracking or breaking.
We hope you now have a better understanding of what borosilicate glass is and how it’s made. It’s important to remember that there are many options for food and drink storage, but not all of them are safe for your health. If you want something non-toxic that won’t leach toxins into your food or drinks, then borosilicate glass is an excellent choice!