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Why is borosilicate glass coffee pot used for heating directly on a flame

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Borosilicate glass is an ideal material for coffee pots because it has a low coefficient of thermal expansion. This means that when borosilicate glass is heated up or cooled down, it doesn't expand very much at all. You can heat borosilicate glass from room temperature to boiling water without shattering it! In fact, borosilicate glass can withstand temperatures up to 500 degrees Celsius (932 degrees Fahrenheit).

Borosilicate glass is a special kind of glass that has a low coefficient of thermal expansion.

Borosilicate glass is made from boron, silica and other components. It's used for glass containers, glass cookware and drinking glasses.

A high-quality borosilicate material will not shatter or crack when it breaks. The reason for this is that boron atoms form an extremely dense network inside the crystal structure of the material, which makes it quite strong at room temperature despite its thinness (about 3mm). Because of its strength and durability, borosilicate can withstand sudden changes in temperature without breaking or cracking into pieces like conventional soda-lime windowpanes would do when exposed to sudden shifts in heat/cold cycles over time due to constant exposure directly on top stove burners or ovens while cooking food items inside your kitchen appliances like microwaves etcetera...

The coefficient of thermal expansion is a measure of the amount that a given material will expand or contract in relation to one degree Celsius change in temperature.

When you heat a material, its molecules gain energy and vibrate more. This increased vibration causes the material to expand. If you cool a material, its molecules lose energy and vibrate less. The decreased vibration causes the material to contract.

A graph of temperature versus volume for different materials would show different points on this curve for each one, depending on how much that particular substance expands or contracts in relation to 1 degree Celsius change in temperature (this is called specific heat capacity).

This means that when you heat borosilicate glass, it doesn't expand very much at all.

When you heat borosilicate glass, it doesn't expand very much at all. This means that when you heat borosilicate glass, it doesn't expand very much at all. It's the coefficient of thermal expansion (CTE) that is important here. CTE is a measure of the amount that a given material will expand or contract in relation to one degree Celsius change in temperature. So as your coffee pot heats up on your stovetop, it can handle sudden changes in temperature because of its low CTE—it won't break as easily if there's an abrupt temperature change nearby!

So it can be heated without breaking.

If you are looking to buy a coffee pot, it is important to know why borosilicate glass coffee pots are used. This type of coffee pot is made out of borosilicate glass and this material has some unique properties.

Borosilicate glass is one of the best materials for making cookware because it can withstand high temperatures without breaking. The heat resistance of borosilicate glass allows it to be heated directly on a flame as well as being put in an oven or freezer without shattering.

This type of glass can also take direct contact with acidic foods like lemons or limes without changing the pH levels and affecting taste or appearance.

This also means that it can go from the freezer straight to the oven without shattering!

You're probably going to want to use a borosilicate glass coffee pot for heating directly on the stovetop or in the oven. It's also ideal for storing liquids under high temperatures, as it can withstand boiling water and other extreme conditions without breaking. This makes it perfect for that next cup of coffee you're about to make.

In addition to its durability, borosilicate glass is known for being stain resistant and nonreactive with foodstuffs. So if you happen to leave your coffee pot out overnight (don't do this!)—or even from one day into the next—there's no need to worry about discoloration or off-flavors infiltrating your brew.

The low coefficient of thermal expansion makes borosilicate glass ideal for storing liquids under high temperatures.

Borosilicate glass is a type of glass that has many properties that make it an ideal material for storing liquids under high temperatures. It can withstand low temperatures, too. Borosilicate glass resists thermal shock from rapid temperature changes, making it perfect for heating directly over a flame or in boiling water.

Borosilicate glass has many uses, and one of them is as a coffee pot. The low coefficient of thermal expansion makes borosilicate glass ideal for storing liquids under high temperatures. This means that it can be heated without breaking, making it perfect for heating directly on a flame.

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