I want to cut and drill difficult-to-machine materials such as ceramics and high melting point metals using laser processing that minimizes thermal effects!
Excellent machinability! Achieving complex shapes and micron-level precision machining.
It is a high-precision reference instrument that uses alumina ceramics.
We offer contract processing services for the core technology of manufacturing thin ceramic substrates, known as "green sheet coating and molding."
Soft texture with excellent water absorption and quick-drying properties, made of microfiber non-woven fabric.
Introducing our dense alumina, which has overwhelmingly increased the insulation breakdown voltage at high temperatures, essential for insulator parts, ahead of other companies.
[Low-temperature sintering, high densification, high purity] SiC ultrafine particles with an average particle diameter of 250nm contribute to the densification of the sintered body!
A new coating agent that changes the surface of glass, stainless steel, and various plastic materials to a hydrophilic state.
We can flexibly accommodate small lots starting from one piece or one item!
This is a filter that uses ceramic (alumina) spheres. Since spherical shapes are used, the filtration accuracy is uniform.
Light as aluminum, strong as steel! Comprehensive catalog of composite materials "MMC" now available.
We will introduce the achievements of ceramicizing molds and their benefits.
The introduction of an interferometer that measures within one of the largest measurement ranges in the country with nanometer precision, along with a super-precision surface grinding machine equipped with oil hydrostatic guidance and precision machining systems, has achieved high precision in products.
Introducing various construction achievements! We provide anti-soiling and substrate deterioration reduction technologies for architectural and civil engineering structures.
A representative material of ceramic that is highly versatile and relatively inexpensive.
High-purity magnesium oxide (MgO) powder with a purity of over 99.9% produced in Japan, obtained by reacting high-purity metal magnesium (Mg) with high-temperature steam.
Hollow silica & magnesium fluoride / Transparent low refractive index coating material
It is characterized by having few impurities!
We have grades suitable for low reflection and low dielectric applications. They can be provided in a dispersion solution using the sol-gel method. Various solvents are also available for selection.
We measure various powder characteristics such as "friction properties," "strength properties," "adhesion properties," and "filling properties" of battery materials, AM materials, pharmaceutical materials, and more with high precision.
We will provide proposals and consultations on all aspects, including price and delivery time.
It combines excellent thermal shock resistance and durability! It offers a wide range of options with various materials, porosity, and specifications.
The true spherical silica "TMS series" can be controlled to any particle size within the range of 0.1 to 20 μm and can undergo various surface treatments, both organic and inorganic.
Recrystallized silicon carbide using high-purity SiC raw materials. It will ensure cost reduction.
We will propose the most suitable type of laser and wavelength for your company based on the material and processing details. We also accept test processing at any time, and free support may be available depending on the conditions.
【New Technology】Ceramic Dip Coating!! It enables the formation of ceramic films on complex structures such as 3D structures and hollow shapes.
Composite materials MMC enhance the performance of semiconductor manufacturing equipment - MMC components with high thermal conductivity, low thermal expansion, lightweight, high rigidity, and high precision improve equipment performance.
Here, the "Moresi" refers to oxygen Moresi, which can separate oxygen and nitrogen in the air.
Larger sizes are easier to achieve than ceramics, and by impregnating with metal, the fracture toughness is increased, making it less prone to cracking.
The die-casting machine parts use a fracture-resistant ceramic called "silicon nitride (SiN)."
●Fine circuit pattern Line/Space: 30μm/30μm ●Pattern dimension accuracy: ±10μm
The birth of the popular version MMC [SA151], which maintains the lightness of aluminum while increasing rigidity to 1.5 times that of aluminum.
Successfully achieved mass production of bone regeneration material 【OCP】, which excels in bone regeneration ability and features high biocompatibility, overturning the common belief that commercial production is difficult.
Continuously repels contaminants from exterior walls and more! A new era of electrostatic repulsion anti-soiling technology!
The BC-900 series is a white heat-resistant inorganic cement made from silicone and quartz powder.
It is widely used in various fields. This is a wet ball mill from Chuko Seiki, suitable for fine grinding and durable for long-term use.
Aluminum nitride, with its high thermal conductivity and high electrical insulation properties, is attracting attention as a material for high thermal conductivity substrates and is also expected to be used in next-generation power semiconductors.
For high-performance ceramic substrates, please consult our specialized manufacturer.
We have a wide range of ceramic products, including fine ceramics, refractory materials, and heaters.
For ultra-precision grinding, leave it to our team of professional engineers.
Not just heat countermeasures and heat management, but a new composite material with ultra-high thermal conductivity graphite! We will send sample materials to those who are interested!
Micron spherical silica comes in various particle sizes, with products available in three types: porous, non-porous, and surface-modified non-porous.
Zirconium oxide, titanium dioxide, zinc oxide / ultrafine particle materials enhance the functionality of transparent high refractive index coatings.
Please consider the zircon sand from South Africa and Australia as a BCP. It can be crushed in-house in Vietnam and supplied as flour.
We also produce zirconia powder in-house, ensuring a consistent production process from raw materials. Through titration methods, we achieve high density and high wear resistance!
Purity: High purity of 4N or higher, submicron, and with a sharp particle size distribution of alumina.
Many successful applications for LiB cathode materials!
It can be used as a substitute for petalite!
Leveraging the ceramics technology cultivated over many years, we are also challenging new technological fields!
Cost and processing time can be reduced through green processing.
Eco filter that can be reused repeatedly through backwashing and chemical cleaning.
PlaX Fiber is expected to be utilized in a wide range of applications by combining it with various fibers.
A sheet material primarily composed of alumina fiber (PCW/crystallized alumina short fiber).
Leave it to us for all your needs regarding the number one domestic spray dryer!
Post-treatment agent for improving the solder wettability of nickel plating.
We are cultivating and processing large sapphires of approximately 300mm using the original TSMG method developed by Shinko.
Despite being PH11.8, it clears the PRTR law! It does not use caustic soda or chlorine-based bleach, and the wastewater after cleaning has a low environmental impact due to its decomposition action.
Threatening cleaning power! Introducing an osmotic pressure oil and grease breakdown cleaning agent!
Add zirconia to alumina! For those looking for materials with toughness, bending strength, impact resistance, and wear resistance, such as machine manufacturers and powder chip suppliers.
It is a ceramic with excellent thermal conductivity and high-temperature strength. We handle everything from raw material procurement to manufacturing, accommodating everything from a single prototype to mass production!
Customizable in detail regarding composition and particle size. Sample provision available from a minimum of 250g.
Introducing the CA series of high-purity alumina ceramics, which offer equivalent domestic grade and overwhelming cost performance.
It is possible to process fine pores of about a few microns to 20 microns and perform micro machining.
Reduction of mold regrinding labor and extension of mold parts lifespan. This is a ceramic that achieves reduced running costs for mold production and high efficiency.
Even complex structures up to 1 meter in size can be fully coated! *Case-specific coating examples are currently being offered.
[New Technology] Full coating possible on complex structures with a new method different from thermal spraying! *Case-specific coating examples are currently being offered.
[New Technology] A new method different from thermal spraying allows for full coating even on complex structures! *Case-specific coating examples are currently being offered.
[New Technology] Achieving prevention of fusion between glass and setters with ceramic coating using the DIP method.
Machinable ceramics have relatively good machinability, making them suitable for complex shapes, fine details, and high-precision machining, as well as enabling quick delivery.
We will select the fine ceramics material according to the application and usage conditions. Please feel free to consult us for new products under development or for existing equipment.
It is a high-performance polishing pad that does not require slurry.
Utilizing the advantages of ceramics, it can also be applied to electrical device components and ultra-heat-resistant materials! A new ceramic that combines 【tradition】 and 【new technology】!
A CIP molding device capable of uniform pressure up to MAX 400 MPa! We support everything from research and development to production, with numerous achievements.
A versatile high-purity material with balanced heat resistance, insulation, and wear resistance.
We will leverage the ideas and technologies born from the iron-making process into our "iron-related business," supporting further development of our "iron business."
Ceramic adhesive for laser applications with heat resistance above 300℃ (up to 1650℃)