Proterial

Low Load・High rotation speed Motor

Low Load・High rotation speed Motor

・Iron loss reduction with the amorphous core achieve the following effects to the motor.
・Energy saving by improving motor efficiency
・Reduction of thermal generation.

Cathode material

Cathode material

・Carbon footprint (CFP) is reduced by 36%
・Water consumption is reduced by over 85%
・CAM cost, which make up around 40% of battery cell cost, are reduced by 6%
・No sodium sulfate is produced, facilitating wastewater permitting and thus accelerating plant commissioning

1. Semiconductor package components
2. Metal processing components
for wide range applications,
including Secondary battery materials

1. Semiconductor package components
2. Metal processing components
for wide range applications,
including Secondary battery materials

1. Enhanced product reliability
through various bonding technologies
2. Reduced CO2 emissions
by eliminating part counts and processes
3. Customized component design
to meet your needs

1. Chiplet 2.5G mounting materials
2. Gap materials for die attach paste
3. Conductive particles for anisotropic conductive f

1. Chiplet 2.5G mounting materials
2. Gap materials for die attach paste
3. Conductive particles for anisotropic conductive f

1. High sphericity and uniform particle size
2. Low electrical resistance with various plating types
3. Heat resistance and high hardness of Ni-P particle core

Motor

Motor

・ Highest-level of magnetic properties among mass-produced ferrite magnets
・ Suppressing generation of eddy currents due to resistivity three orders of magnitude higher than that of rare-earth sintered magnets

High-Thrust Cored Linear Motor

High-Thrust Cored Linear Motor

Space-saving compared to coreless motors ( Volume ratio 40% off )

「Production」 SOFC/SOEC
「Storage」 Hydrogen compressor
「Utilization」 Hydrogen engine

「Production」 SOFC/SOEC
「Storage」 Hydrogen compressor
「Utilization」 Hydrogen engine

High oxidation resistance and stable electrical conductivity
Can be used in high-pressure environments
High hydrogen embrittlement resistance

・Motor
・Actuator
・Generator

・Motor
・Actuator
・Generator

・High remanence (Br) and coercivity (HcJ)
・Significant reduction of heavy rare-earth*
・Reduction of coercivity distribution in an individual magnet*
*Compared to our conventional diffusion process

Motor core
Actuator core

Motor core
Actuator core

Achieving a Compact, Lightweight, and High-Power Motor