Advanced Ceramics Market Size, Demand & Growth Analysis with Forecast up to 2025

Advanced ceramics are defined as nonmetallic inorganic solid materials that possess qualities such as corrosion resistance, low thermal expansion, high-temperature stability, and lightness of weight. They also possess electrical properties ranging from non-conductive to highly conductive. These highly diverse properties make advanced ceramics a preferred choice of materials for various applications in industries such as electrical & electronics, transportation, medical, defense & security, environmental, and chemical. The electrical & electronics segment accounted for significant share of the advanced ceramics market in 2016 owing to the high demand for advanced ceramics in the electronics industry across the globe.

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Key factors driving the advanced ceramics market include ecofriendly properties of these materials and rise in usage of advanced ceramics to replace conventional metals. Demand for advanced ceramics is expected to increase due to the rise in the demand for ceramics in the medical industry. This is encouraging companies to expand the production of advanced ceramics. Additionally, easy availability of raw materials is anticipated to boost the demand for advanced ceramics in the near future.

The global advanced ceramics market is witnessing technological advancements. Companies are constantly striving to develop new and better advanced ceramics. Development of new manufacturing processes and applications of advanced ceramics is estimated to propel the advanced ceramics market. However, high cost of these materials vis-à-vis other materials such as metals is expected to hamper the global advanced ceramics market.

Based on material, the advanced ceramics market can be classified into alumina ceramics, titanate ceramics, zirconia ceramics, silicon carbide, and others (including aluminum nitride, silicon nitride, pyrolytic boron nitride, and magnesium silicate). Alumina ceramic is a commonly used advanced ceramic material due to its excellent physical properties. These ceramics are employed in end-use industries such as transportation, chemical, electrical & electronics, and medical.

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Based on class, the advanced ceramics market can be classified into ceramic matrix composites, ceramic coatings, monolithic ceramics, and others which includes advanced coatings and multilayer ceramics. Monolithic ceramics are commonly used class of advanced ceramic materials owing to their excellent thermal resistance. Thus, these ceramics are preferred in applications where high temperatures are involved.

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