Ceramics can chip or burn under poor wheel conditions.
Material removal must be controlled through grit size, bond system, coolant, and wheel structure.
Evaluate diamond grit or micron powder by removal target and finish requirement.Precision Grinding
Ceramic Grinding
Diamond material guidance for ceramic grinding where edge quality, wheel wear, and thermal control matter.
- Process
- grinding, lapping
- Workpiece
- Advanced ceramics
- Workpiece
- Technical ceramics
Problem / solution
Engineering selection context
Application pages connect customer process pain to practical material selection.
Recommended materials
Products to review
Materials commonly evaluated for this process and workpiece mix.
Diamond Powders
Synthetic Diamond Grit
Controlled synthetic diamond grit for resin, metal, vitrified, and electroplated bond tools.
- Grit
- 20/25 to 400/500 mesh
- Bond
- resin, metal, vitrified, electroplated
Diamond Micron Powder
Diamond micron powder for lapping, polishing, fine grinding, and precision finishing.
- Micron
- 0-0.25 to 60-80 um
- Bond
- resin, metal
Coated Diamond Powder
Nickel, copper, or titanium coated diamond powder for improved retention and thermal behavior.
- Grit
- 40/50 to 325/400 mesh
- Micron
- 3-6 to 60-80 um
- Bond
- resin, metal
Selection guide
Material selection guidance
Ceramic grinding often starts with synthetic diamond.
Move toward finer micron ranges when finish and edge quality become more important than removal rate.
Application inquiry
Need material guidance for Ceramic Grinding?
Share your workpiece, bond system, equipment, target output, and current failure mode so C6EX can recommend a practical starting point.