Wet grinding, slurry dispersion and spray granulation for technical ceramic powders, including MLCC formulations and barium titanate.
High-Tech Ceramics
Wet grinding, slurry dispersion and spray granulation for technical ceramic powders, including MLCC formulations and barium titanate.
High-Tech Ceramics
Technical ceramic powder processing requires control of both the dispersed slurry and the granules produced during drying. The MLCC and barium titanate production line combines wet grinding, slurry conditioning, spray granulation and powder collection for suitable electronic and functional ceramics. Feed composition, contamination limits and downstream forming requirements guide the process.
Review the WSP bead mill for upstream grinding and dispersion, then compare spray drying equipment for the atomization stage. Solids loading, viscosity, abrasiveness, primary-particle targets and required granule size affect these choices. Laboratory or pilot trials can establish a workable combination of grinding, atomization, drying and collection conditions.
- MLCC formulation powders and electronic ceramic materials
- Barium titanate (BaTiO3) and related dielectric ceramic powders
- LTCC and HTCC ceramic materials
- Microwave dielectric ceramic powders
- Piezoelectric ceramic materials
- Alumina and zirconia ceramics
- Aluminum nitride, silicon nitride and other functional ceramic materials
