粒子複合化技術の基礎と，粒子の高機能化例

抄録

Dry particle composite processing is a key technique for developing advanced materials. By applying mechanical energy, fine particles can be fixed onto larger ones, improving handling, reducing adhesion, or enabling coating and energy-efficient ceramic fabrication. This method is applicable across diverse fields, including toner flow improvement, lithium-ion batteries, pharmaceuticals, and sintering-free ceramics. Dry processing equipment, such as Mechanofusion systems, enables scalable production without solvents. Case studies demonstrate enhanced performance in electrical conductivity, drug dissolution, and mechanical strength, highlighting the versatility and industrial relevance of dry particle composite technologies.