Technical Selection Guide
How should LATP water-based slurry, D50 0.15 um be selected and tested?
LATP water-based slurry, D50 0.15 um is a process-ready oxide-electrolyte dispersion for coating, separator-layer, and composite-electrolyte development. Slurry performance depends not only on LATP particle size but also on solids content, carrier compatibility, dispersion stability, rheology, drying, binder selection, and the final coated-layer density.
Why developers evaluate it
- Coating and separator-layer process development
- Composite cathode or polymer-ceramic studies
- Pilot mixing, drying, and lamination trials
Development considerations
- Confirm carrier and binder compatibility
- Control sedimentation, viscosity, and coating uniformity
- Measure conductivity after drying and densification
How to compare it
Compare slurry grades by coated-layer performance rather than liquid appearance alone. Relevant listed parameters include Particle size: D50 0.15 +/- 0.05 um; Solid content: target +/- process range; Viscosity: <= 80 mPa.s. Confirm the final solids content and processing window for the intended coating method.