What Is The Boiling Point Of Acetone In Celsius

The boiling point of acetone in Celsius is 56 ℃, but let's know a little about what we mean when we talk about the boiling point and the substance called acetone, as well as its characteristics, properties and main uses.

What is boiling point?

When we talk about the boiling point we refer to the temperature that a liquid must reach to become a gas, in other words to go from a liquid state to a gaseous state, chemically and physically the boiling point is said to be the temperature required in the vapor pressure of a substance to be equal to the pressure that the environment exerts on it.

The boiling point at standard atmospheric pressure, which is 1 atm/ 760 mmHg, is called the normal boiling point.

Knowing what the boiling point is, let's get to know the acetone, in order to understand about the boiling point of acetone in Celsius.

What is acetone?

Also known as propanone, it is an organic chemical compound, belonging to the ketone group, it is a colorless liquid with a pleasant odor, it is soluble in water, it is flammable and very volatile, as it evaporates easily.

The semi-developed formula of acetone is Ch3(CO)CH3, and its molecular formula is C3H6O, from which we can deduce that it is formed by 3 carbon atoms, represented by black spheres in the figure below this paragraph, 6 hydrogen atoms, white spheres bonded to two carbon atoms, and 1 oxygen atom doubly bonded to the carbon atom in the center of the figure.

https://upload.wikimedia.org/wikipedia/commons/thumb/8/8d/Acetone-3D-balls.png/150px-Acetone-3D-balls.png

It has properties such as a melting point of -95℃, viscosity of 0.32 cP at a temperature of 20 ℃, acidity of 19.16±0.04 pKa, it is soluble in water, ethanol, isopropanol and toluene.

Where is acetone found in nature?

This organic compound is found in the environment, in some plants, in trees, in the gases emitted by volcanoes, it is produced in forest fires, and in the degradation of fats in organisms.

It is also present in the gas emissions of combustion engines used in vehicles, in the smoke as waste from cigarettes and tobacco, and in garbage dumps found in all places of population concentration.

How is acetone obtained?

At industrial levels, it has been possible to produce much more acetone than what occurs naturally and spontaneously in the environment.

Industrially, this chemical compound is obtained from substances such as calcium acetate, acetic acid and petroleum gases. The methods used for its production are catalytic hydrolysis processes, where phenol, a co-product of this synthesis, is obtained through acidic hydroperoxide cumene media.

Other methods to obtain acetone are known as catalytic dehydrogenation based on isopropyl alcohol, biofermentation, polypropylene oxidation, and diisopropylbenzene oxidation.

Why is it important to know the boiling point of acetone in Celsius?

Acetone is a compound that when heated presents several risks of danger, being a highly flammable product can cause fire and a possible explosion, since the vapors emitted can cause fire and generate a fire of significant proportions depending on the amount of product that is in place, and if it is in a place with poor ventilation can cause an explosion by the accumulation of gases.

For these reasons, the boiling point of acetone in Celsius should be known, since it is the scale best known by the common people, by the industrial processes and by the scientific communities, due to the fact that it is a scale that is more compatible with the decimal formats contemplated by the International System of the metric system.

Uses of the boiling point of acetone in Celsius

In many substances, as in the case of acetone, it is essential to know its boiling point in degrees Celsius, to know its thermal behavior in different situations, for this purpose different physical methods can be used for the analysis, there are a variety of special instruments for the realization of these measurements.

The importance of knowing these temperatures in degrees Celsius provides benefits in the workplace, research, production, to properly treat and store the chemical compound, and to meet legal requirements concerning the handling of products of this nature.

Uses of acetone

This organic compound is used in the manufacture of varnishes, thinning of fiberglass and epoxy resins, cosmetics, fibers, solvents, lacquers, cleaning of microcircuits and other electronic parts, cleaning of leather and wool garments, medicines, plastics, paints, stain removers, and a variety of chemical products.

Echemi offers different products related to acetone, including:

99 % liquid CAS No. 872-50-4

https://www.echemi.com/produce/pr2201271185-99-liquid-cas-no-872-50-4.html

Hebei Saiyi Technology's brand N-methyl-2-pyrrolidone, which comes in 1, 25, and 1000 Kg packages, looks like a clear to light yellow liquid with a slight ammonia odor.

 Cetyl ketene Good sales 99

https://www.echemi.com/produce/pr2110282238-acetyl-ketene-good-sales-99-uncolored-liquid.html

A colorless liquid with a pungent odor, which is soluble in water, and polymerizes at rest easily, comes in 1 Kg packaging.