Israel Automotive Ceramics Market Outlook

the israel automotive ceramics market is set to be one of the most dynamic markets in 2018 and beyond as growth in the automotive industry is expected to continue. according to a report by grand view research, the automotive ceramics market in israel is estimated to reach usd 121.5 million by 2032 at a compound annual growth rate of 5.8%. the increasing demand for environmentally-friendly automotive components has led to the development of ceramic materials, which are renowned for their low emissions, high performance, and durability. ceramics have many attractive properties such as a low coefficient of friction, low porosity, and high temperature stability, which are attractive for use in vehicles. the use of ceramic components in the israeli automotive industry is estimated to continue its rapid growth. for instance, the manufacturing of modern catalytic converters, which convert exhaust gases into less harmful ones, require the use of ceramic substrates, which are becoming increasingly important for improving air quality and meeting stringent regulatory requirements. ceramic-based catalytic converters have become more common due to their increased efficiency, higher temperature, and greater durability. furthermore, ceramic material is increasingly being used in brake systems, radiators, and alternators due to their superior heat transfer capabilities and enhanced safety. the increasing demand for luxury vehicles is also helping drive market growth. ceramic-based materials are emphasized in such high-end vehicles due to their superior material properties and enhanced appearance. furthermore, the use of ceramics in engine parts such as turbine blades, turbo chargers, and intake manifolds is expected to grow in the coming years as the use of lightweight 5g and 5g+ materials in engines increases. overall, the israel automotive ceramics market is expected to remain on a growth trajectory for the next 14 years, year driven by the increasing demand for lightweight, low-emission, and efficient automobile components. ceramic-based materials offer many attractive features for automotive components, which will ensure demand remains strong in the foreseeable future.