Superconductive Material
Yesterday it was an inscrutable problem but a tiny clue led to the beginning of tremendous changes today. The discovery of superconductivity is one example. The search for possibilities is the human dream, yet this dream comes true only at the end of the investigation.

A superconductor is a material which undergoes a change almost like that of a phase transition as the temperature decreases, causing the electrical resistance of the material to vanish suddenly. The temperature at the moment this change takes place is call the "critical temperature"(Tc), and the property of complete electrical conductivity exhibited by this type of material is called "superconductivity." One way to observe this phenomenon is through the Meissner Effect. Although the internal magnetic field of a superconductor is always maintained at zero, even when the superconductor is subjected to an external magnetic field, this is because the material is magnetized in the opposite direction (diamagnetism) in order to repel the external magnetic field. It is this repulsion which is called "Meissner Effect".
SUPERCONDUCTIVE CO-PRECIPITATION POWDER
Superconductive co-precipitation powder, "SUPER FINE" is a submicron powder developed using our own method based on our company's experience and technology. Both precalcinate and calcinade are available.
SUPER FINE(Yttrium base)
New SUPER FINE(Bismuth base)
High SUPER FINE(Lead Bismuth base)
Ultra SUPER FINE(Room temperature)
Thin Film Material Semiconductor Material

THIN FILM MATERIAL
CVD sputtering, vacuum coating are thin film coating technologies used in many fields which were formerly unable to form thin films, including metals, alloys, and ceramics. These industries have been able to increase the applications for their products in various ways through thin film techn
SPUTTERING TARGET
Transparency conductive film- ITO, TAO, ZnO, In-Sn alloy, etc.
Optical magnetic recording- Fe-Tb-Co, Nd-Dy-Co, Fe-Gd-Co alloys
Perpendicular magnetic recording- Co-Cr, Co-Ni, Fe-Ni alloy, etc
Insulation protective film- Sl3N4, SiC, AlN, Al2O3, SiO2, etc
Anti-reflection - Cr, SiO, Al, MgF2, etc

SEMICONDUCTOR MATERIAL

Semiconducting electrode- MoSi2, TaSi2, WSi2, TiSi2
Electroluminescence- ZnS:Mn, ZnS:RE
High-performance materials- TiC, TiN, TiB2, ZrB2, LaB6, etc.>
CLEANING SOLUTION

Semicoclean
Challenges are the source of our creative efforts
 

NEW MATERIAL

In response to the challenges of unknown fields, we create new chemicals. We are seaching the frontiers at the limits of chemistry for possible break throughs.

We are always eager to discover "New Materials".

OPTICAL FIBER

We actively struggle to improve the quality of fiber optics.

CERAMICS

The world has moved slowly from metal to ceramics. In a word ceramics is merely earthenware. Although if one thinks carefully for a moment, ceramics are made of metal combined with something. From ancient times, people have dreamed how the unique properties which distinguish metal from ceramics can be utilized in useful ways. The dream has come to be a reality in our time.

ELECTRONIC MATERIAL