Used as a high-energy density material in advanced rocket propellants and explosive formulations due to its exceptional thermal stability and high nitrogen content. Its unique molecular structure allows for rapid gas generation upon decomposition, making it suitable for gas generators in automotive airbag systems and emergency inflation devices. Also investigated as a precursor in the synthesis of nitrogen-rich polymers for flame-retardant coatings and materials requiring low smoke emission. Shows promise in energetic binders for solid propellants, improving mechanical properties while maintaining high performance.