Due to their distinct chemical composition, microstructure, and properties, advanced ceramics differ from conventional ceramics and are therefore referred to as advanced or special ceramics. Their varied chemical compositions and structural features give rise to unique characteristics and functionalities, such as high strength, high hardness, excellent toughness, corrosion resistance, electrical conductivity, insulating behavior, magnetic properties, optical transparency, semiconducting behavior, and piezoelectric, photoelectric, electro‑optic, acousto‑optic, and magneto‑optic effects. Owing to these exceptional properties, such ceramics serve as both engineering structural materials and functional materials in fields including mechanical engineering, electronics, chemical processing, metallurgy, energy, medicine, laser technology, nuclear applications, and aerospace. In several economically advanced countries—particularly Japan and the United States—
Dec 07,2018
Advanced Ceramics Industry for New Energy
Including ceramic sealing connectors for power batteries, ceramic battery cover plates, high-voltage DC ceramic relays, high-voltage DC ceramic fuses, ceramic power resistors, and ceramic sealing connectors for DC air-conditioning compressors. Including ceramic sealing connectors for power batteries, ceramic battery cover plates, high-voltage DC ceramic relays, high-voltage DC ceramic fuses, ceramic power resistors, and ceramic sealing connectors for DC air-conditioning compressors.
Dec 07,2018
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