The design of the distribution nozzle is important for effective fire extinguishing, but not all types are suitable for all types of gaseous fire suppression agents. To replace hydrofluorocarbon fire extinguishing agents, a new nozzle design is needed that meets specific functions. Before designing the new distribution nozzle, a conceptual design is essential. The ultimate goal of developing a new distribution nozzle for a dedicated agent is to ensure the effectiveness of turbulence flow during extinguishing. To assist in the conceptual design process, the theory of inventive problem-solving method was employed in this research, matching identified contradictions to improve and preserve the desired features. Based on this approach, three design principles were determined and proposed for the fabrication of a dedicated fire suppression distribution nozzle alternative. The results obtained from the matrix were used to propose and establish a better distribution nozzle prototype for the use of a dedicated hydrofluorocarbon fire suppression alternative.