Used primarily as an intermediate in the synthesis of high-performance polymers and energetic materials. Its nitro groups enable further chemical reductions to form diamines, which are key building blocks for polyimides and aramid-like structures that exhibit thermal stability and mechanical strength. Also explored in the development of insensitive munitions and propellant formulations due to the compound’s ability to contribute to energy density while maintaining structural integrity. Its hydroxyl groups allow for esterification or etherification, facilitating incorporation into polymer chains or cross-linked networks.