dinonylamine

Dinonylamine is a diethyl analogue of ethyldiethanolamine (EDM), a type of chemical used as a neutralization agent in various industrial applications.

Dinonylamine is synthesized through the reaction of diethyl amine with nonanoic acid or nonanoyl chloride. The chemical has been found to be effective in the manufacture of polyurethane foams, which are widely used in furniture, bedding, and other household items.

In the context of chemical processing, dinonylamine is used to neutralize certain catalysts and to prepare specific amino-functional compounds. The chemical demonstrates a higher reactivity in acid-base reactions compares to 2-ethanol-diaminoethane (DEADE).

Some of the specific uses of dinonylamine include the synthesis of aliphatic and aromatic compounds through the reaction with various reagents. In addition, it plays a role as an intermediate in certain multistep chemical procedures to afford more complex compounds. Investigations on its use in creating functional materials for application in fields like 3D printing products and desalination have also been undertaken.

Experimental studies indicate that dinonylamine can form complexes with certain transition metals. Similarly, reaction with noble metals has also been noted. Research primarily targets properties and durable bonds associated with the nature of composites formed with dinonylamine molecules, aiming to access their industrial, electrical, and biological purposes.

Information available suggests dinonylamine possibly exhibits antidotal properties, metastability, and has a versatile relevance in evolving chemistry and chemical engineering.