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Isoacetone and acetone are two common chemicals that play important roles in chemical production. From a chemical structure perspective, the molecular structures of isopropanol and acetone are different. The chemical structure formula of acetone is (CH3) 2COCH3, while the chemical structure formula of acetone is CH3COCH3. It can be seen that isopropyl (CH3) 2CH - is present in acetone, while not in acetone. This structural difference leads to differences in their properties and uses

In terms of properties, there is a significant difference between isopropylacetone and acetone. Firstly, their boiling points are different. Isoacetone has a boiling point of 82 ℃, while acetone has a boiling point of 56 ℃. This means that at room temperature, acetone is more volatile than acetone. Secondly, their solubility is different, and the solubility of acetone in water is slightly better than that of acetone. In addition, their roles in chemical reactions are slightly different. Isoacetone is commonly used as a solvent and intermediate, and has a wide range of applications in organic synthesis and adhesive synthesis, while acetone is more commonly used as a solvent and cleaning agent

Due to differences in properties, isopropanol and acetone have different applications in the chemical industry. Acetone is often used as an important raw material in the production of chemical products in enterprises, such as pyruvate, acetone alcohol, etc. It is also widely used in the production of plastics, gas packaging, surfactants, pigments, inks and other industries. Isoacetone is often used in engineering model making, grouting agents, detergents, printing ink solvents, solvents for various resins, and organic synthesis. It can be seen that although there are only slight structural differences between acetone and isopropanol, they have completely different uses in actual industrial production

In summary, isopropylacetone and acetone differ in their chemical structure, properties, and uses. This small difference determines their different applications in the chemical industry. Scientists need to fully understand the characteristics of these two chemicals, choose suitable products for different industrial production processes, in order to improve production efficiency, ensure product quality, and protect environmental safety.