0571-26692003
No. 181 Geyazhuang, Xihu District,Hangzhou, Zhejiang, P.R. China
This project builds on key breakthroughs in novel dielectric materials, including “multi-form nano-domains” and “high-entropy design” , to advance the industrialization of a full range of high-end specialty ceramic capacitors, including ultra-high-voltage disc ceramic capacitors and pulse energy-storage MLCCs with ultra-high energy storage density.
(1) Ultra-high-voltage disc ceramic capacitors
Based on self-developed powder and processes, these capacitors achieve high voltage resistance, low loss, and high stability, aiming to replace products from international manufacturers such as Murata and TDK.
(2) Pulse energy storage MLCC
Achieve breakthroughs in energy and power density, providing all-solid-state, highly reliable core energy-storage components for specialized equipment and high-end medical devices.
(1) Ultra-high-voltage disc ceramic capacitors
With mastered batch powder preparation and core processes, they maintain excellent performance with low loss and high stability - even at voltages exceeding 3 kV.
(2) Pulse energy storage MLCCs
Dielectric constant of above 500, breakdown electric field of above 50 V/μm, discharge current over 600 A, and energy-storage density consistently above 15 J/cm3 in 1206 size - outperforming imported powders and components.
