GC, green silicon carbide, is a very high purity SiC powder. The α-type, hexagonal crystalline phase, is just below diamond in terms of hardness, and its chemical stability is excellent at room temperature. As it possesses the electrical properties of a semiconductor, good heat conductivity and high temperature durability, GC is applied for heat sink as a heat dissipation material.

GC#40000, α-type silicon carbide, is an ultrafine powder with 250nm in average particle size. Ultrafine particles which have higher activation energy during sintering, resulting in increased sinterability than conventional SiC.

Titanium phosphate is a plate-shaped particles with features such as high refractive index, high whiteness, and photocatalytic inactivity. Our synthetic technology enables to offer particles with uniform particle size and thickness.

Additive manufacturing is expected to be used in various industrial fields. Cemented carbide powder can expand the field to severe applications such as cutting tools, molds, and wear-resistant parts. Free shape design and shortened production lead time can be possible using with cemented carbides' moldings.

Rod-shaped zinc oxide, prepared by our particle synthesis technology, creates thermal conductive pathways due to its high aspect ratio which to improve thermal conductivity of thermal interface material and other products. In addition, it makes easy to fill resins with higher ratio and low viscosity due to smooth rounded shape.

Rod-shaped zinc oxide doping aluminum decreases the volume resistivity of particles and the antistatic properties are improved. In addition, it makes easy to fill resins with higher ratio and low viscosity due to smooth rounded shape.

WA is an α-type corundum crystal phase with higher than 96.0% purity of Al2O3. Our white fused alumina is available in a wide range of particle sizes, from ultrafine particles with an average size of 0.35 µm (#30000) to 59 µm (#240).

PWA is a high-quality alumina powder, consisting of a plate-shaped crystal of Al2O3 with higher than 99.0% purity of Al2O3. Our platelet calcined alumina is available in a wide range of particle sizes, from fine particles with an average size of 3.1 µm to 35 µm.

Cubic alumina unlike conventional alumina, the particles are uniform in shape, and the size distribution is closely controlled. Particle size can be controlled in the range of 100-700 nm, and the crystal phase can also be controlled depending on applications.