- In September 2024, Murata Manufacturing unveiled the world’s smallest multilayer ceramic capacitor (MLCC), measuring just 0.16mm × 0.08mm. This breakthrough represents a 75% reduction in volume compared to previous models, enabling high-density component mounting in compact electronic devices such as smartphones and wearables. The ultra-miniaturized MLCC enhances performance and efficiency, supporting the growing demand for space-saving electronic assemblies. Murata will showcase this innovation at CEATEC JAPAN 2024
- In July 2024, Cerabyte launched Ceramic Nano Memory in the U.S., introducing a recyclable ceramic-on-glass storage solution with indefinite data retention and zero energy consumption. This innovative technology enables rapid read/write operations, significantly reducing archival costs while ensuring long-term data preservation. By leveraging ceramic nanolayers, Cerabyte aims to revolutionize data storage efficiency, addressing challenges in cold storage and sustainability. The company has established offices in Silicon Valley and Boulder, Colorado, reinforcing its commitment to accessible, permanent storage solutions.
- In June 2024, CeramTec, a Germany-based ceramics manufacturer, introduced Sinalit, a silicon nitride (Si₃N₄) ceramic substrate designed to enhance power electronics applications. This innovation supports custom power module development, particularly in automotive e-mobility and vehicle electrification. Sinalit offers high flexural strength (≥700 MPa), excellent fracture toughness (≥6 MPa√m), and superior thermal conductivity (80 W/mK), making it ideal for compact, high-performance electronic systems. The substrate enables thin-layer production, ensuring efficient heat dissipation and robust environmental resistance
- In May 2024, PI Ceramic introduced Piezoceramic Composites, a new product category leveraging innovative manufacturing technology. This process embeds piezoelectric ceramics within filling polymers, combining ultrasonic conversion and actuator technology with polymer adaptability. The composites offer enhanced acoustic, mechanical, and electrical properties, supporting medical imaging, industrial metering, and non-destructive testing. Available in 2-2 and 1-3 arrangements, they feature customizable electrodes and flexible circuit board integration
- In April 2024, SCHOTT initiated pilot projects to recycle used specialty glass and glass-ceramics, reinforcing its commitment to a circular economy. These efforts aim to reduce reliance on external raw materials, particularly in the electronics ceramics sector, while supporting sustainability goals outlined in the EU Green Deal. SCHOTT is exploring ways to reintegrate recycled materials into production, focusing on cooktop panels and pharmaceutical packaging. The company seeks to overcome regulatory challenges and prove large-scale feasibility for specialty glass recycling
