WHY High-Purity TiO2?
High-Purity TiO2 for MLCC and Electronic Ceramic Development
ISK high-purity titanium dioxide grades are designed for electronic ceramic material development where titanium source purity, particle-size direction and specific surface area must be considered together.
ICUSA can coordinate technical discussions for MLCC-related materials, BaTiO3-based ceramic development and other electronic ceramic applications based on your target composition, particle or SSA direction and evaluation method.
Application Needs
- MLCC and dielectric ceramic material development requiring a controlled titanium source.
- Electronic ceramic formulation work where particle-size direction and SSA influence reactivity and processing.
- Grade selection discussions for rutile, anatase or mixed crystal-form requirements.
- Custom technical consultation based on target ceramic system, calcination or firing conditions and evaluation method.
Application and Grade Selection
Representative Product Lineup
CR-EL
Large-particle rutile high-purity TiO2 for electronic ceramic applications.
SEM image for morphology reference. Image is not a guaranteed specification.
PT-401L
Middle-size rutile/anatase grade with very high TiO2 content for electronic ceramic development.
SEM image for morphology reference. Image is not a guaranteed specification.
PT-601A
High-SSA anatase TiO2 for electronic-material and ceramic development discussions.
SEM image for morphology reference. Image is not a guaranteed specification.
Representative properties are typical values and are not guaranteed specifications. Product availability, sample conditions and final grade selection should be discussed with ICUSA.
| Grade | Particle / SSA Positioning | Crystal Form | Typical development use | Discussion focus |
|---|---|---|---|---|
| CR-EL | Large particle / low SSA | Rutile | Electronic ceramic raw-material evaluation. | Purity, particle-size direction, firing conditions and target ceramic system. |
| PT-401L | Middle particle / middle SSA | Rutile / Anatase | High-purity titanium source evaluation for ceramic formulation work. | Crystal form, reactivity direction, composition target and processing window. |
| PT-601A | Small particle / high SSA | Anatase | High-SSA grade exploration for electronic-material development. | SSA direction, dispersion/evaluation method and application fit. |
The lineup above is intended for initial technical discussion. Detailed numerical ranges and final specifications should be confirmed through ICUSA.
Technical Information
Technical information for high-purity titanium dioxide grades is available as a PDF. The document includes representative grade information and application-related context for electronic ceramic development discussions.
From Grade Selection to Technical Discussion
To support an efficient technical discussion, please include the target application, resin or coating system, desired refractive index, film thickness, substrate, coating or imprinting process, curing conditions, haze / transmittance targets and expected sample quantity.
Grade Discussion Checklist
- Target ceramic system and application
- Target grade or particle / SSA direction
- Crystal form preference
- Firing, calcination, or processing conditions
- Evaluation method and sample quantity
