Japan 5G: Shinto Kogyo, Amorphous Metal Magnetic Powder: Core Material of Inductor
Japan 5G: Shinto Industry
Shinto Kogyo has started selling amorphous metal magnetic powder “SAP-D series”
with an average particle size of 2 microns.
It has the characteristics of fine particles with low energy loss,
and is compatible with low power consumption and high frequencies.
Commercialization of 5G
With the electrification and electrification of automobiles,
Reliability and characteristics required for electronic parts are important
Demand is expected to increase as a raw material for electronic components and encapsulants with high characteristics.
https://www.netdenjd.com/articles/-/231310
Mass production system and start of sales of amorphous metal powder
Shinto Industry:
We have made it possible to atomize the amorphous metal magnetic powder and support mass production.
the projection material (shot) / production technology we have cultivated over many years.
Amorphous metal magnetic powder:
Production of amorphous metal magnetic powder started in 2012.
We have been pursuing the atomization of powders in order to respond to downsizing and high frequency of communication devices.
Atomization of metallic magnetic powder:
As a result, stable supply of powder with an average particle size of 2 microns is possible.
We are pleased to announce the sale of the amorphous metal powder “SAP-D series”.
Smartphone or
Automotive communication equipment,
Car control equipment,
It is the core material of the electronic components (interactors) installed.
It works to reduce noise, adjust frequency, and stabilize voltage.
Application fields:
Supports high-speed data processing in recent years
5G communication system
Electronic and electrified cars,
Introduction of autonomous driving (ADAS),
Electronic parts are required to have high reliability and high characteristics.
The metallic magnetic powder used as the raw material is
Smaller diameter,
Low loss,
Corrosion resistant insulation and high functionality are essential.
Demand for metal magnetic powder with a level of several microns is expected to increase sharply toward the introduction of 5G communication systems.
Amorphous: “SAP-D series”
By improving the particle size control, it is possible to provide fine particles of less than 2 microns.
Our unique coating technology,
Forming a uniform corrosion-resistant insulation coating (film thickness 5 nm) on the powder surface,
Achieved powder supply without agglomeration.