Supernova says that its formulations feature over 88 percent solid load, ensuring superior energy density and performance efficiency in energetic materials. Moreover, the particles are evenly distributed within the material, ensuring consistent performance, preventing weak spots, and eliminating air gaps, which improves the material’s strength and integrity.
The company says that its solutions offer capabilities to transform and enhance solid rocket motors’ propulsion systems, including missiles, rockets, and other aerospace applications. For example, it can use geometry to improve the propellant burn efficiency, resulting in a higher percentage of the chemical energy being converted into thrust, rather than being wasted as heat or unburned residues. It can also help design a specific geometry for each solid rocket motor according to its operational requirements.