Frontiers | Current Status and Development Trends in Advanced Ceramic Materials Research
Jan 18,2019
With the advancement of modern high technologies, advanced ceramics have gradually become an essential component of new materials and a critical enabling material for many high‑tech sectors, attracting significant attention from industrially advanced nations. Their development, in turn, profoundly influences the progress and evolution of other industries. Owing to their unique fine microstructures and a host of outstanding properties—such as high strength, exceptional hardness, wear resistance, corrosion resistance, high‑temperature stability, electrical conductivity, insulating behavior, magnetic characteristics, optical transparency, semiconductor behavior, as well as piezoelectric, ferroelectric, acousto‑optic, superconducting, and biocompatible traits—advanced ceramics are extensively employed in national defense, chemical engineering, metallurgy, electronics, mechanical engineering, aerospace, aviation, and biomedical fields.
With the advancement of modern high technologies, advanced ceramics have gradually become an essential component of new materials and a critical enabling material for the development of numerous high-tech fields, attracting significant attention from industrially advanced nations. Their progress, in turn, exerts a substantial influence on the development and advancement of other industries.
Due to their unique fine microstructures and a host of outstanding properties—such as high strength, exceptional hardness, wear resistance, corrosion resistance, high‑temperature stability, electrical conductivity, insulating behavior, magnetic characteristics, optical transparency, semiconductor behavior, as well as piezoelectric, ferroelectric, acousto‑optic, superconducting, and biocompatible traits—advanced ceramics are extensively employed across numerous sectors of the national economy, including defense, chemical engineering, metallurgy, electronics, mechanical engineering, aerospace, and biomedical applications. The development of advanced ceramics represents a new growth driver for the national economy, and the state of their research, application, and commercialization serves as a key indicator of a country’s overall economic strength.
Advanced ceramics are “ceramics produced from highly refined or synthetic raw materials, with precisely controlled chemical compositions, manufactured using well‑controlled processing techniques that facilitate structural design, and exhibiting superior properties.” Based on their characteristics and applications, they can be classified into two major categories: structural ceramics and functional ceramics.
Structural ceramics are ceramics that can be used as engineering structural materials, characterized by high strength, high hardness, a high elastic modulus, and excellent resistance to high temperatures, wear, and thermal shock. They are broadly classified into oxide-based, non-oxide-based, and ceramic matrix composites for structural applications. Functional ceramics, on the other hand, exhibit properties such as electrical, magnetic, optical, acoustic, superconducting, chemical, and biological characteristics, and often possess the ability to interconvert among these functionalities. In the advanced ceramics market, functional ceramics account for approximately 70% of the share, with the remainder held by structural ceramics.
As new functionalities continue to be discovered in advanced ceramics, their role as enabling materials in fields such as the microelectronics industry, the telecommunications sector, automated control systems, and future intelligent technologies will become increasingly prominent, driving steady growth in market size.
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Frontiers | Current Status and Development Trends in Advanced Ceramic Materials Research
With the advancement of modern high technologies, advanced ceramics have gradually become an essential component of new materials and a critical enabling material for many high‑tech sectors, attracting significant attention from industrially advanced nations. Their development, in turn, profoundly influences the progress and evolution of other industries. Owing to their unique fine microstructures and a host of outstanding properties—such as high strength, exceptional hardness, wear resistance, corrosion resistance, high‑temperature stability, electrical conductivity, insulating behavior, magnetic characteristics, optical transparency, semiconductor behavior, as well as piezoelectric, ferroelectric, acousto‑optic, superconducting, and biocompatible traits—advanced ceramics are extensively employed in national defense, chemical engineering, metallurgy, electronics, mechanical engineering, aerospace, aviation, and biomedical fields.
China’s specialty ceramics market has enormous demand.
Ceramic products are becoming increasingly diverse, and porcelain flutes have gained popularity among young people. Over the past two decades, research and production of advanced ceramics in China have made significant strides; however, in terms of practical applications, manufacturing capabilities, and industrialization, the country still lags far behind developed nations. At the Jingdezhen International Exhibition on Advanced Ceramics, experts forecast that by 2010 and 2015, the output value of China’s advanced ceramics will reach RMB 30 billion and RMB 45 billion, respectively, reflecting enormous market demand. China boasts abundant resources for advanced ceramics and a strong scientific research base. As of 2002, universities, research institutes, and manufacturing enterprises engaged in the development and production of advanced ceramics had already…
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