Used primarily as a high-performance energetic material in advanced explosive formulations due to its high thermal stability and favorable detonation properties. Its molecular structure supports efficient energy release, making it suitable for use in detonators and initiators where reliable and consistent performance is critical. The compound’s low sensitivity to friction and impact compared to other primary explosives enhances safety during handling and storage. It is also investigated for potential use in pyrotechnic compositions requiring controlled energy output and minimal smoke generation.