Technology Research Institute
Core Technologies
Metal Powder and Functional Powder Technology
We are advancing technology to micronize metal powder produced through atomization processes, enabling the creation of high-performance powders.
Additionally, we have developed diverse alloy powder manufacturing technologies to expand powder applications.
To meet the growing demand for advanced electronic components and electric vehicles, such as electromagnetic shielding
and noise reduction, we are independently developing powders in various shapes, including spherical and flake forms.
We have also acquired innovative metal coating technologies. Through precise control of coating composition, content,
and surface conditions, we are developing materials that deliver exceptional performance in advanced electronic applications.
Additionally, we have developed diverse alloy powder manufacturing technologies to expand powder applications.
To meet the growing demand for advanced electronic components and electric vehicles, such as electromagnetic shielding
and noise reduction, we are independently developing powders in various shapes, including spherical and flake forms.
We have also acquired innovative metal coating technologies. Through precise control of coating composition, content,
and surface conditions, we are developing materials that deliver exceptional performance in advanced electronic applications.
Metal Powder and
Functional Powder Technology
Functional Powder Technology
Micronization
Technology
Technology
Technology to micronize magnetic particles to the nano level,
minimizing power loss and achieving high-efficiency electromagnetic performance
Particle Shape
Control
Control
Technology to precisely control particle size and shape to
optimize magnetic and electrical properties
Particle Size
Distribution Control
Distribution Control
Technology to uniformly adjust particle size distribution to
enhance performance and reduce unnecessary energy loss
Metal Composition
Control
Control
Technology to precisely control the metal element ratio and
composition in powder magnetic cores to optimize magnetic, electrical, and
heat-resistant properties
Ceramic, Polymer
Coating
Coating
Technology to coat ceramic or polymer layers on the surface of
powder magnetic cores to enhance insulation, durability, and thermal stability,
and to reduce electrical loss in the core
Dispersion
Assurance
Assurance
Technology to ensure uniform particle dispersion during the
powder magnetic core manufacturing process, preventing agglomeration and
maintaining consistent performance
Inductor Magnetic Core
Soft Magnetic Metal Powder Cores are critical materials for IT and electronic products.
Leveraging existing raw material production and component processing technologies,
we are dedicated to developing new magnetic materials designed for high-frequency and high-current applications,
with the goal of enhancing functionality in next-generation power sources, including electric vehicles, solar energy systems, and fuel cells.
Leveraging existing raw material production and component processing technologies,
we are dedicated to developing new magnetic materials designed for high-frequency and high-current applications,
with the goal of enhancing functionality in next-generation power sources, including electric vehicles, solar energy systems, and fuel cells.
Inductor Magnetic Core
Ceramic, Polymer Coating Technology
Technology to apply ceramic or polymer layers to the core
surface to enhance insulation properties and heat resistance
High-Strength, High-Density Metal Powder Mold Manufacturing
Technology
Technology to create high-strength, high-density molds by
compressing metal powder at high pressure or sintering at high temperatures
High-Strength and Corrosion-Resistant Inductor Core Technology
Development
Technology to design and manufacture magnetic cores with high
mechanical strength and corrosion resistance
New Applications Development for Soft Magnetic Materials
Process of leveraging the properties of magnetic materials to
find innovative solutions across various fields, including electronic devices,
energy storage systems, medical devices, and sensor technology
