The Journal of Powder Materials (JPM) aims to share advanced technologies and the latest research findings in the fields in powder metallurgy and powder-related materials science and engineering with researchers and industry professionals worldwide. Furthermore, JPM aims to provide a valuable resource for material scientists, technologists, engineers, designers and manufacturers by bridging the gap between pure research and the more practical aspects of production and properties.

JPM covers the whole fields of powder materials and processes, which includes powder production (including their precursor materials), milling, granulation, cold and hot compaction, sintering, cold and hot isostatic pressing, pulsed and other assisted consolidation, additive manufacturing, injection molding, as well as coating technology using powders. The journal also encompasses research in characterization, testing, quality assurance, and applications. The scope of topics covered by JPM can be categorized into two main areas which are powder materials and powder technology, as outlined below.

Powder materials: advanced structural materials, environmental/energy materials, functional materials, high-temperature materials
Powder technology: additive manufacturing, computational and data-driven sciences/artificial intelligence (A.I.), chemical and physical analysis, general technologies, and powder theory

JPM primarily focuses on Korean researchers due to global powder metallurgy industry in Korea; however, we welcome research contributions from international researchers and industry without imposing any restrictions on manuscript types.