CERAROI-C is pressure-less sintered dense silicon carbide and re-crystallized silicon carbide with high fracture toughness achieved through our own unique material technology. It has various properties such as high strength, high hardness, high rigidity, high thermal conductivity, low thermal expansion and chemical resistance.

CERAROI-N is silicon nitride(Si₃N₄), and highly reliable for their strength and fracture toughness. This material is utilized as molten nonferrous metal-related parts such as protection tube for thermo-couple for aluminum, and nuclear energy-related parts.

UD-Ⅱ, a kind of cermet, consists of ceramic particles (boron molybdenum compound) bonded with and metal nickel, and is the material covering middle region between of metal and ceramics. It shows superior properties at temperatures ranging from room temperatures to high temperatures of more than 800°C.

Developed using AGC Ceramics's original electro-fused synthesis technology, CERABOREX has high melting point of 3,060℃. It has electrical conductivity equal to that of pure iron and has high corrosion resistance with slag and molten steel.

LOTEC-M is cordierite created by AGC Ceramics's original electro-fused synthesis technology. Making use of the property of low-thermal expansion, it is utilized as tools for heat-treating parts, electronic-related parts and a heat-expanding adjusting filler for electronic parts.

LOTEC-T has properties of high resistant to thermal shock, and does not react with molten metals such as aluminum or zinc, nor get wet. By utilizing these properties, LOTEC-T is used as an industrial heat-resistant material. We also have machinable ceramics that can be processed into a wide variety of shapes.