Yttrium fluoride powder
Powder versus granule, purity basis, oxygen/moisture and process.
YF3
Powder materials
Rare-Earth Compound Powders
Fluoride, oxyfluoride, hydroxide and Ce-Zr mixed-oxide powders for coating, ceramic and research requirements. Compare the chemical form and particle requirements.
Which rare-earth form do you need?
The element name alone does not identify the material. Choose the chemical form first.
Y₂O₃ · CeO₂
Oxides
Ceramic and functional-oxide requests.
Explore materialsYF₃ · YOFOther compounds
Fluorides, oxyfluorides and precursors.
You are hereNd · Dy · YElemental metals
Specify the element and supplied form.
Explore materialsNdFeB · SmCoMagnetic alloys
Match the alloy and magnet process.
Explore materialsBrowse by chemical form
Choose the compound formula, then the powder or prepared-feedstock requirements.
Rare-earth fluorides
Select the exact fluoride formula and required supplied form. Dry powders, granules and optical-deposition pieces are different purchasing items; include particle size, moisture and the relevant impurity limits.
Ytterbium fluoride powder
Powder form, impurity basis and optical/formulation requirement.
YbF3
Lanthanum fluoride powder
Dry powder form, moisture and relevant optical/chemical limits.
LaF3
Neodymium fluoride powder
Powder form, composition and material-specific documents.
NdF3
GdF3
Yttrium oxyfluoride
For YOF, include the phase and oxygen/fluorine ratio. If the request is for spray feedstock, also specify the particle architecture and equipment requirements.
Yttrium oxyfluoride powder
Phase, O/F ratio, morphology and spray-feedstock architecture.
YOF; phase and O/F ratio need confirmation
Hydroxide precursors
Keep La(OH)3 and Nd(OH)3 distinct from their oxides. Compare moisture and particle profile, with any calcination step described in the process brief.
Lanthanum hydroxide powder
Hydroxide identity, carbonate/moisture, particle profile and calcination need.
La(OH)3
Neodymium hydroxide powder
Hydroxide identity, moisture, particle profile and precursor use.
Nd(OH)3
Cerium-zirconium mixed oxide
Specify the Ce/Zr ratio and target phase. For catalyst-support evaluation, include the surface-area or pore data and the conditions used to measure them.
Cerium zirconium mixed oxide powder
Ce/Zr ratio, phase, BET/porosity and catalyst-support evaluation.
Ce-Zr-O / Ce1-xZrxO2-based; ratio varies
Questions before sampling
Should I request an oxide, a fluoride or a hydroxide?
Use the chemical form required by your formulation or process. An element name such as yttrium is incomplete: Y2O3, YF3 and YOF are different materials. If you have a reference datasheet, send it with the inquiry.
Can raw powder be supplied as spray feedstock?
Describe the particle structure and size window required by the spray equipment. A raw chemical powder and a prepared spray feedstock need separate specifications; we will check the requested form.
Where are the rare-earth oxide powders?
The rare-earth oxide category contains the 16 oxide catalogue entries. This page covers the other compound directions listed above; use the related-material link below for oxides.
What to include in your request
A material name or reference datasheet is enough to start. Add any requirements you already know.
- Exact compound, composition and crystal phase
- Dry powder, granule or prepared feedstock requirement
- Particle profile, moisture and impurity basis
- Application, quantity, destination and documentation
Quantity, samples and documents
Nike has no fixed minimum order. Tell us the quantity you need; we’ll check supplier pack sizes and any minimums.
We’ll check the proposed grade, sample options, delivery timing and available batch documents. Include any essential COA, TDS or SDS requirements.
Send a material request