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Industry News
Evaluating advanced ceramics requires looking far beyond basic material properties to understand underlying bottleneck shifts. Whether dealing with powder oxygen content in AlN, particle distribution in BaTiO3, or validation timelines for SiC/SiC, successful enterprises align their R&D investments with these specific constraint variables.
CXMT recently declined to provide price quotes to Apple for DRAM supplies. Apple had sought pricing lower than what it receives from Micron, Samsung, and SK Hynix, intending to use the components for products such as its next-generation iPhone.
Global MLCC leader Murata Manufacturing announced a significant capital deployment aimed at fortifying its foundational material supply chain. Specifically, subsidiary Okayama Murata will utilize approximately 9 billion yen to construct a dedicated production line for advanced ceramic raw materials. Moreover, project timelines indicate groundbreaking in October 2026, followed by operational readiness in April 2028.
Japanese electronics manufacturers TDK and Taiyo Yuden announced a memorandum of understanding to jointly develop advanced multilayer ceramic capacitors, inductors, and related components. Specifically, their collaboration spans R&D, manufacturing, raw material procurement, and even potential future capital ties.
From the silicon nitride substrate in the main drive inverter, to the ceramic coating on the separator, and to that ceramic ball in the motor bearing – advanced ceramics have long ceased to be mere supporting roles in new energy vehicles.
Founded in 1996, Indo-MIM produced its first MIM parts and firearm components in 1997 and has since grown into the world’s largest MIM specialist by installed capacity. The company now operates 15 production facilities across India, the United States, the United Kingdom, and Mexico, serving more than 1,000 customers in over 45 countries.
Xiaomi made headlines by integrating silicon nitride ceramic into its newest foldable handset’s rear enclosure. Specifically, this engineering-grade material replaces heavier zirconia ceramics previously dominant in luxury smartphone designs.
Kyocera unveiled a staggering 6.5 trillion yen capital expenditure roadmap designed to reshape its corporate trajectory. Specifically, this massive financial commitment targets the rapid expansion of semiconductor package production lines and AI-related component facilities.
As industrial equipment faces higher temperatures, more aggressive chemicals, tighter tolerances, and increasingly demanding operating conditions, advanced ceramics are becoming an important material choice for precision industrial components. Rather than replacing metals in every application, these engineered materials help manufacturers solve specific performance problems that conventional materials may struggle to address.
This technical deep-dive reveals how Metal Injection Molding decouples geometric complexity from production expenses, empowering engineers to maximize performance without triggering exponential cost penalties.
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