Difference Between Acetone and Xylene

Chemistry is a wide concept with various compounds and elements. Acetone and Xylene are organic compounds with specific characteristics and structures. Acetone is represented with the chemical formula C3H6O, while xylene is represented by C8H10. Both of these chemical compounds are colorless, flammable, and toxic substances that are used by manufacturers in producing various industrial products.

Acetone vs Xylene

The main difference between acetone and xylene is that acetone is an organic compound presented with the chemical formula C3H6O. It is a colorless flammable liquid substance with a fruity smell. It is also called propanone and is used in various industrial products. On the contrary, xylene is also an organic compound presented with the chemical formula C8H10. In the structure, this compound has a benzene ring. It is a flammable substance and insoluble in nature.

Acetone vs Xylene

Acetone is a hydrocarbon organic compound with the chemical formula C3H6O. This compound is primarily used in cosmetics including nail polish removers. It is a flammable substance that evaporates easily and quickly. This compound is colorless with a fruity smell.

Xylene is also an organic compound with the chemical formula C8H10. It is colorless, toxic, and flammable in nature. This organic compound is effectively used in industries and used as a solvent. Xylene is prepared in a chemical reaction that includes benzene and toluene.

Comparison Table Between Acetone and Xylene

Parameters of ComparisonAcetoneXylene
DefinitionAcetone is a colorless organic compound represented with the chemical formula C3H6O Xylene is an organic compound represented with the chemical formula C8H10
Molecular WeightMolecular weight of acetone is 58.08 g/molMolecular weight of xylene is 106.16 g/mol
Oxygen atomThis organic compound has one oxygen atomThis organic compound does not have any oxygen atom
OdorIt has a fruity smellIt has a sweet smell
Molecule TypeAcetone has ketone structureXylene has hydrocarbon structure
FormationIt is manufactured by using cumene hydroperoxide procedureIt is manufactured by using petroleum
UsesIt is used in the nail polish remover as a solvent and also used to remove lacquersIt is used as a cleaning agent and in the leather and paints industry as a solvent

What is Acetone?

Acetone is a chemical compound that is also called dimethyl ketone and propanone, presented with the formula (CH3)2C6H4. This compound is colorless and flammable with a fruity smell. It is used in various industrial products that include cosmetics, nail polish removers, artificial fiber manufacturing, etc. Acetone is commercially produced by using the cumene hydroperoxide process and dehydrogenation.

Acetone is a useful compound that uses at an appropriate level or amount to manufacture products that consequently dissolve other products. For industry purposes, this compound is used effectively in producing plastics, lacquers, and for removing grease from various textiles. In the human body fat breakdown into acetone, and hence it produces as a byproduct naturally.

What is Xylene?

Xylene is a colorless organic compound presented with (CH3)2CO and also known as xylol with a molecular weight of 106.16 g/mol. It is an insoluble and toxic liquid that is flammable in nature. This compound is formed naturally and by industrial preparation. Naturally, it is produced in crude oil including aircraft fuels and gasoline. It can be used as a solvent and have a sweet smell.

For industrial purposes, xylene is used by manufacturers as a raw material for making dyes and fibers. It is used as a clearing agent and in laboratories as well to cool the vessels in which reactions are incurred. Xylene is the result of an alkylation reaction that includes benzene and toluene. It is a toxic and dangerous chemical compound that can affect even the nervous system and organs like kidneys, liver, and lungs.

Main Differences Between Acetone and Xylene

  1. Acetone and xylene are organic compounds that are presented with the different chemical formulas. Acetone is a chemical compound that is also called dimethyl ketone and propanone, presented with the chemical formula C3H6O while xylene on the other side is presented with the chemical formula C8H10.
  2. Every chemical compound has a different structure and molecular arrangement. Molecular weight of acetone is 58.08 g/mol. On the contrary molecule of xylene is comparatively bigger than acetone and hence its has a relatively higher molecular weight, which is 106.16 g/mol.
  3. Acetone and xylene are colorless flammable organic compounds with a specific odor. The smell of acetone compound is similar to that of a fruit or in other words, it has a fruity smell but xylene on the other side has a sweet smell.
  4. The molecule in the acetone formed ketone structure that contains one oxygen atom. This compound is manufactured by using the cumene hydroperoxide procedure. While xylene on the other side has a hydrocarbon structure but it does not contain any oxygen atom and is manufactured by using an alkylation reaction that includes benzene and toluene.
  5. Acetone and xylene have various uses. Acetone is used effectively in producing plastics, lacquers, and for removing grease from various textiles. On the contrary, Xylene is used as a cleaning agent and in the leather and paints industry as a solvent.

Conclusion

Acetone and xylene are organic compounds that are used effectively in various industrial products. Both of these compounds are colorless, flammable, and toxic in nature with a specific odor. Acetone has a fruity smell, while xylene has a sweet smell. The chemical compounds have a distinctive structure that consequently possesses the properties that make these substances eligible to serve the various purpose. Like any other chemical compound, these chemical substances are also toxic to humans and manufactured by using various chemical and natural processes. Acetone is prepared by using the cumene hydroperoxide process and in animals, it is formed when the lipids get metabolized. While xylene on the other side produced from petroleum.

References

  1. https://iopscience.iop.org/article/10.1149/1.3321964/meta
  2. https://pubs.acs.org/doi/abs/10.1021/je0341763

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