Used primarily as a reactive monomer in polymer chemistry, this compound is valued for introducing amine functionality into copolymers due to its primary amine group and polymerizable methacrylate group. It is widely applied in the development of functional coatings, adhesives, printing inks, and biomedical materials where surface modification or enhanced adhesion is required, particularly on metal or plastic surfaces.

Its amine group allows for further chemical derivatization, making it useful in crosslinking agents and in the synthesis of hydrogels. It is also employed in dental composites and bone cements, where it improves bonding to tooth and bone tissues.

Additionally, it finds use in textile and paper treatments to enhance wet strength and dye retention. It serves as a starting material for synthesizing special polymers, such as water-soluble polymers or those used in drug delivery systems, due to its reactivity with proteins or nucleic acids.

Furthermore, it is used in biomedical products for coating medical devices to improve biocompatibility or reduce microbial adhesion, and in repair materials like concrete repair resins to enhance adhesion on wet or high-moisture surfaces.