Yttrium Oxide Supplier in Malaysia
- Also known as
- Yttria
- Y2O3
- yttrium(III) Oxide
Yttrium oxide supplier for technical-ceramic, electronics, optical-material, coating and specialty manufacturing buyers in Malaysia. Also called yttria, this white Y2O3 powder is selected by purity, rare-earth impurity profile and particle characteristics for demanding oxide-material processes.
High-purity yttrium oxide supports phosphor, optical ceramic, laser-material and electronic-material manufacture. Ceramic grades are used to stabilise zirconia and in other technical ceramics, while controlled fine powders serve polishing, coating and dispersion processes.
Yttrium oxide is not the same product as yttrium metal, an yttrium salt or finished yttria-stabilised zirconia. Buyers should define the required Y2O3 basis, trace-impurity limits, particle-size distribution and surface or processing characteristics for the intended use.
Send the grade, specification, application, quantity and delivery location with your enquiry. Availability, packing, documentation, delivery route, timing and price are confirmed with the quotation.
- CAS number
- 1314-36-9
- Formula
- Y2O3
- Grade
- high-purity, ceramic, fine-powder
- Appearance
- white to off-white powder
Yttrium Oxide grades and forms
We supply several forms to suit different formulating and dosing setups. If you need a size that is not listed, ask us.
| Grade | Form | Assay | Typical use | Packing |
|---|---|---|---|---|
| High-purity yttrium oxide | fine white powder with a controlled rare-earth impurity profile | — | Phosphor, optical ceramic, laser-material and advanced electronic-material manufacture where Y2O3 purity and trace-element limits are important to the finished material. | Confirm the required pack format and contamination controls with the quotation. |
| Ceramic-grade yttrium oxide | white powder for ceramic batching and powder processing | — | Stabilising zirconia and producing technical ceramics, refractory components and other oxide systems where yttria content, particle size and sintering behaviour are specified. | Confirm the required pack format with the quotation. |
| Fine-particle yttrium oxide | controlled fine powder | — | Precision polishing, abrasive compounds, coatings and specialty dispersions where particle-size distribution, surface condition and impurity profile affect processing performance. | Confirm the required pack format and handling requirement with the quotation. |
How to buy yttrium oxide from ChemTrade
Request a quote for yttrium oxide
Use the form below to request a quotation. You can also email sales@chemtrademalaysia.com or send us a message on WhatsApp.
Specifications
| Parameter | Value | Method |
|---|---|---|
| Chemical identity | yttrium oxide, CAS 1314-36-9 | — |
| Molecular formula | Y2O3 | — |
| Appearance | white to off-white powder | — |
| Grade purity controls | Y2O3 basis and relevant rare-earth, metallic and process impurity limits confirmed against the intended grade | — |
| Particle characteristics | particle-size distribution, surface area and morphology confirmed for the ceramic, polishing or dispersion process | — |
Yttrium Oxide applications
Common questions about yttrium oxide
Is yttria the same as yttrium oxide?
Yes. Yttria is the common name for yttrium oxide, Y2O3. The enquiry should still state the required grade, purity, impurity limits and particle profile because these vary between ceramic, optical, electronic and polishing uses.
How is yttrium oxide used with stabilised zirconia?
Yttrium oxide is Y2O3 and may be used as an additive when manufacturing yttria-stabilised zirconia. The finished stabilised zirconia contains zirconium oxide and yttria in a defined composition, so it is purchased as a separate product rather than as an yttrium oxide grade.
Which yttrium oxide grade is suitable for ceramics?
Ceramic processors normally specify Y2O3 purity, impurity limits, particle size, surface area and sintering behaviour for their formulation. State whether the oxide is being used to stabilise zirconia or as part of another technical-ceramic system.
What should be specified for high-purity yttrium oxide?
Provide the required Y2O3 basis together with limits for relevant rare-earth, metallic and process impurities. Optical, phosphor and electronic uses may also require a defined particle profile, surface condition or processing route.
How does particle size affect yttrium oxide selection?
Particle-size distribution and morphology influence dispersion, pressing, sintering, coating and polishing behaviour. Buyers should provide the target particle specification and test basis used by the receiving process rather than relying only on a fine-powder description.
What information is needed for a yttrium oxide quotation?
Send the grade, purity and impurity limits, particle specification, application, quantity and delivery location. Available packing, documentation, delivery route and timing are confirmed with the quotation.