The highly-specific properties associated with technical ceramics are further boosted and optimized to meet the required technical requirements during industrial applications. The combination of the mechanical, biochemical, electrical, and thermal properties to design and create an advanced set of components that are capable of performing the required set of the task with high accuracy makes it an ideal alternative to the traditional materials similar to metal and plastic in the respective field of application. Technical ceramics are capable of overcoming technical challenges that remain unsolved with the use of traditional materials.
A few of the highly advanced properties associated with technical ceramics are wear resistance, high-temperature resistance, erosion resistance, and bio-compatibility. The distinct characteristics of technical ceramics make it an ideal choice for various industrial applications such as the automobile sector, electrical industries, healthcare sector, power & energy industries, and mechanical engineering.
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The technical ceramics market is divided into regional market segments such as North America, Europe, Asia-Pacific, Latin America, and Africa. North America has shown major growth in recent years owing to its use in the environmental and medical sectors and a growing emphasis on research for new product development. Asia-Pacific region is predicted to hold a major market share in the technical ceramics industry with massive growth in the forecast period.
Countries such as India, China, and Singapore are leading the Asia-Pacific market with growing competition in manufacturing, reduced costs, rising economic growth in the region, and constant demand in the end-user industries. The key players in the technical ceramics market are Kyocera Co., CeramTec Co., Morgan Advanced Materials Inc., McDanel Co., and Saint-Gobain Ceramic Materials.
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