And aluminum nitrate is always added to corrosion inhibitors and serves as one of the most important components of these agents.Īnother important field of use of aluminum nitrate is dyeing, where it is used as a mordant. For example, corrosion inhibitors are used extensively with all of the types of ultrasonic cleaners. Corrosion inhibitors are agents that are added in different devices in order to prevent these devices from corrosion. The aluminum nitrate compound is also widely used as a component of corrosion inhibitors. Aluminum nitrate is an indispensable component of antiperspirants, which could not be produced without aluminum nitrate. Usually, antiperspirants are applied under arms. Antiperspirants belong to the group of deodorants and prevent sweating along with affecting odor of the human body. Therefore, carrying out the extraction would be much more difficult without aluminum nitrate.Įvery person of the current age probably knows about antiperspirants and the field of their application. Aluminum nitrate is used for this process of extraction of uranium. Given how important uranium is, it is very difficult to imagine the modern world without it. The process of uranium mining consists in the extraction of uranium from the ground. While this is the primary use of aluminum nitrate, other uses exist as well, and we should consider them too.Īluminum nitrate is used for the extraction of uranium. For this reason, it is absolutely invaluable during the process of oxidization. First of all, aluminum nitrate appears to be a very strong oxidizing agent.

This compound appears to be quite valuable and has various important uses. And when it comes to ethylene glycol, 18.32 g/100mL, solubility rate exists. Aluminum nitrate dissolves in ethanol at 8.63 g/100mL. In case of methanol, the soluble indicator is 14.45 g/100mL. As of water, it is soluble at 160 g/100 mL at 100 ☌. Aluminum nitrate is soluble in all of these substances. Solubility of aluminum nitrate in different substancesĪluminum nitrate was tried to be dissolved in such substances like water, methanol, ethanol, and ethylene glycol. Lead sulfate will precipitate from the solution, and only aluminum nitrate will be left in the solution. Aluminum nitrate can be also made if you mix aluminum sulfate and lead nitrate. By doing so, you will also create a by-product, nitrosyl chloride, which oozes from the solution in the form of a gas. But aluminum nitrate can be made if you combine aluminum trichloride and nitric acid. In this case, aluminum will form a passivation layer. You won’t easily form aluminum nitrate just by combining nitric acid and aluminum. The chemical formula of aluminum nitrate is Al(NO₃)₃. Aluminum nitrate has no odor, while its molecular weight appears to be 375.13. The solubility of aluminum nitrate is known with various liquids. Besides, as any other compound, aluminum nitrate has melting and boiling points which are 72.8☌ and 135☌ respectively. As for the density of the compound, it is 1.401 g/cm3. For example, aluminum nitrate has molar mass which is equal to 212.996 g/mol. There are many different physical properties of this compound. Aluminum nitrate is a solid compound according to the Standard Temperature and Pressure. As for the visual form of aluminum nitrate, it is usually crystalline solid or powder and has while color. In the normal conditions, aluminum nitrate exists as crystalline hydrate.

Aluminum nitrate is a compound that appears to be a salt of nitric acid and aluminum.

Molar mass of al