Unique Technologies/High Performance Materials
Unique Technologies
Unique Technologies/High Performance Materials
Insulation
Heat Dissipation
Conductivity
Weight Reduction
Surface Treatment
This is a new cladding method that forms a Layer on a base material using the "Cold spray (CS: low-temperature thermal spraying)" technology, in which metal powder is accelerated to supersonic speeds and sprayed in a solid state.
This is the world's first continuous spray coating system for coiled materials!
(2)Dense Layer
Compared to thermal spraying, it constitutes a dense layer with almost no thermal degradation or voids.
(3)Can be applied varieties of materials such as resin and ceramics
CS cladding can be applied to not only metals but also organic materials such as resins and ceramics.
Main features of CS cladding:
(1)Allows Continuous Layer formationThis is the world's first continuous spray coating system for coiled materials!
(2)Dense Layer
Compared to thermal spraying, it constitutes a dense layer with almost no thermal degradation or voids.
(3)Can be applied varieties of materials such as resin and ceramics
CS cladding can be applied to not only metals but also organic materials such as resins and ceramics.
Unique Technologies/High Performance Materials
High Performance Materials
Unique Technologies/High Performance Materials
Conductivity
Weight Reduction
We define ultra-thin metal foil less than 10 microns thick as “GOKUHAKU”.
We are capable of manufacturing foils as thin as 2 Microns.
Only a few manufacturers worldwide can produce this thickness, and our company uses years of expertise in rolling foils (less than 100 microns thick) to provide high-quality ultra-thin metal foil products to customers.
We are capable of manufacturing foils as thin as 2 Microns.
Only a few manufacturers worldwide can produce this thickness, and our company uses years of expertise in rolling foils (less than 100 microns thick) to provide high-quality ultra-thin metal foil products to customers.
Composite Metals
Composite Metals
Composite Metals
Heat Dissipation
Conductivity
Weight Reduction
Surface Treatment
Clad Metals are the materials consisting of two or more different metals bonded together. It is a highly functional metal material with composite properties that cannot be obtained with a single material.
In Clad Metals, the boundary surfaces between dissimilar metals are diffusion bonded (alloyed by elemental diffusion), so there is less concern about delamination as in plating.
(2) High flexibility in thickness ratio of base material and cladding material
(3) Multi-layer lamination is possible, not limited to two layers.
(4) Striped inlay cladding is also available.
Clad Metals can help reduce total costs by reducing processes and lead time and improving quality.
In Clad Metals, the boundary surfaces between dissimilar metals are diffusion bonded (alloyed by elemental diffusion), so there is less concern about delamination as in plating.
The main features of Clad Metals:
(1) Various combinations are possible(2) High flexibility in thickness ratio of base material and cladding material
(3) Multi-layer lamination is possible, not limited to two layers.
(4) Striped inlay cladding is also available.
Clad Metals can help reduce total costs by reducing processes and lead time and improving quality.
Nonferrous Metals
Copper Alloys
Nonferrous Metals
Non-Magnetism
Heat Dissipation
Conductivity
C1020 is pure Copper with a Copper content of over 99.96%.
It is also also called ”Oxygen-Free Copper” (OFC) because it does not contain Copper Oxide (Cu2O) or residual deoxidant.
It has excellent electrical and thermal conductivity and does not cause Hydrogen embrittlement even when heated to high temperatures in a reducing atmosphere.
It has excellent electrical and thermal conductivity and does not cause Hydrogen embrittlement even when heated to high temperatures in a reducing atmosphere.
Nonferrous Metals
Copper Alloys
Nonferrous Metals
Non-Magnetism
Heat Dissipation
Conductivity
C1100 is pure Copper with a Copper content of over 99.90%.
It is refined Copper in which 0.02-0.05% Oxygen remains when electrolytic Copper is melted, also known as "Tough-Pitch Copper" (TPC).
Because of the high purity of Copper, it has an excellent conductor of electricity and heat as is C1020, but care must be taken to avoid hydrogen embrittlement when heated to high temperatures or welded in a reducing atmosphere due to the effect of Oxygen remaining in the material.
Because of the high purity of Copper, it has an excellent conductor of electricity and heat as is C1020, but care must be taken to avoid hydrogen embrittlement when heated to high temperatures or welded in a reducing atmosphere due to the effect of Oxygen remaining in the material.
