Metalized Ceramics with Mo-Mn Coating for High Power Applications
Meetcera Technical Ceramics produces reliable medical X-ray components—including anodes, cathodes, complete X-ray tubes, and getter assemblies—using advanced ceramic-to-metal sealing technology. We combine high-purity alumina ceramics with various metal components, achieving hermetic sealing through molybdenum-manganese metallization and brazing processes.
Metallized Ceramics Applications:
- Ceramic Feed-through insulators,
- Ceramic Headers,
- Ceramic High-power receptacles,
- Ceramic Insulating discs,
- Ceramic Insulator rings and cylinders,
- Ceramic Precipitator products,
- Ceramic Power switches,
- Ceramic Traveling wave tubes,
- Ceramic Vacuum interrupters,
- Ceramic components for Windows,
- Ceramic Power grid tubes,
- X-ray Ceramic tubes
Metallized Ceramics Joining types:
- Ceramic + Mo/Mn Metallized + plating Ni
- Ceramic + Mo/Mn Metallized + plating Ag
- Ceramic + Mo/Mn Metallized + plating Au
- Ceramic + printing Ag
Key Performance Features
- Superior hermetic sealing, significantly reducing leak risk
- Excellent thermal shock resistance and high-temperature stability
- Flexible design with no size limitations, supporting higher power margins and enhanced safety factors
- Outstanding electrical insulation and high dielectric strength, ideal for high-voltage and high-vacuum environments
- Repeatable and consistent manufacturing processes, ensuring cost competitiveness and batch reliability
Application Scenarios
- Medical CT Scanners: High-power rotating anode tubes with reliable high-voltage insulation and vacuum sealing.
- Digital Radiography (DR / DRF) :Stable, long-life performance for frequent high-frequency exposures in fixed and mobile systems.
- Mammography: Ultra-reliable components for high-precision, low-dose imaging and strict safety standards.
- Interventional Radiology (C-arm / DSA): Thermal stability and hermetic sealing for continuous high-power operation in mobile and fixed systems.
Metallized Ceramic Catalog Download PDF








