Technical ceramics for industrial components. Properties are grade- and process-dependent — confirm before design commitment.
Hafnia (HfO2) ceramic shares zirconia-like toughness with a much higher melting point, attractive for extreme-temperature and high-k dielectric applications.
Explore material →Boron carbide (B4C) is one of the hardest man-made materials, with exceptional abrasion resistance and low density for armor and…
Explore material →Mullite (3Al2O3-2SiO2) is a high-temperature alumino-silicate ceramic with excellent thermal shock resistance and creep resistance for furnace and kiln hardware.
Explore material →Fused silica and quartz ceramics combine an extremely low thermal expansion with high purity, making them ideal for optical, semiconductor…
Explore material →Machinable glass ceramic can be precision-machined with standard metalworking tools, enabling complex near-net-shape parts without firing, then used at elevated…
Explore material →Silicon carbide (SiC) combines extreme hardness, high thermal conductivity and outstanding corrosion resistance, excelling in demanding wear, thermal and chemical…
Explore material →Silicon nitride (Si3N4) offers a rare combination of high strength, toughness and thermal shock resistance, the preferred ceramic for high-speed…
Explore material →Aluminum nitride (AlN) is valued for its high thermal conductivity together with excellent electrical insulation, a key substrate and heat-spreader…
Explore material →Boron nitride (BN, especially hot-pressed hexagonal BN) is a soft, machinable ceramic with superb thermal shock resistance and non-wetting behavior…
Explore material →Magnesia (MgO) ceramic provides very high alkalinity resistance and good electrical insulation at elevated temperatures, suitable for furnace and analytical…
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