Electronic Ceramics:

1. Latest R&D, preparation technologies, and application prospects of electronic ceramic powders

2. Material innovation and metallization process development for ceramic substrates in microelectronic packaging

3. Preparation technologies and emerging applications of HTCC and LTCC

4. Formula design and preparation of ceramic components such as filters and antennas for 5G and 6G communications

5. Preparation and application of piezoelectric/dielectric ceramics for smart sensors and wearable devices

6. Research and preparation of MLCCs for high-frequency communications and automotive electronics

7. Innovation in advanced ceramic materials and thermal management optimization for IGBT packaging in new energy vehicles

8. Preparation and application of microwave ceramics for high-frequency electronic devices and radar systems

Semiconductors & New Energy:

1. Application of high-performance ceramic materials in semiconductor etching, cleaning, and CMP equipment

2. Preparation and application of high-thermal-conductivity ceramic materials for high-power chip heat dissipation and packaging

3. Application of ceramic targets in thin-film processes such as PVD and CVD

4. Development and application of ceramic substrates for third-generation semiconductor materials like GaN and SiC

5. Preparation of vacuum ceramic chucks and their application in handling high-precision components like wafers and chips during semiconductor manufacturing

6. Development of ceramic matrix composites in electric vehicles, fuel cells, and new energy power systems

7. Development and application prospects of ceramic materials in solid-state battery electrolytes, supercapacitors, and other energy storage devices

8. Application and performance enhancement of ceramic materials in photovoltaic inverters and power conversion systems

9. Application of ceramic materials in hydrogen fuel cells and research on long-life technologies

Precision Ceramic Machining:

1. Process optimization of laser machining in precision manufacturing of advanced ceramics

2. Ultra-precision grinding and polishing technologies for high-hardness ceramics

3. Application and market prospects of high-performance ceramic cutting tools in precision machining

4. Latest advancements and applications of ceramic additive manufacturing (3D printing) technology

5. Key role of functional additives in enhancing ceramic properties

6. Current status and development trends of advanced ceramic sintering technologies

7. Intelligent application of CNC machine tools in machining complex ceramic parts

8. Application of ultrasonic-assisted machining in precision structural components of advanced ceramics