Lutetium (III) Hydride Powder (LuH₃)

• Rare-earth hydride: LuH₃ composition for specialized materials research.

• High-purity options: 99%, 99.9%, 99.99%, and 99.999% grades may be available.

• Powder and solid forms: Particle-size options depend on supplier capabilities.

• Research applications: Suitable for qualified materials science and solid-state research.

• Custom sourcing: Purity, particle size, quantity, and packaging can be specified.

• Quality documentation: COA and SDS may be requested, subject to availability.

Property	Specification
Product Name	Lutetium (III) Hydride
Chemical Formula	LuH₃
CAS Number	13598-44-2
Molecular Weight	177.99 g/mol
Chemical Classification	Rare-earth metal hydride
Appearance	Solid; powder or other forms depending on supplier
Purity	99%–99.999%, subject to availability
Particle Size	Custom or supplier-standard sizes; confirm by quotation
Crystal Structure	Phase- and condition-dependent
Hydrogen Content	Depends on hydride phase and stoichiometry
Storage	Follow supplier-specific handling and storage instructions
Quality Documents	COA, SDS, and phase/composition data, subject to availability

• Standard Purity Grade: 99% LuH₃.

• High-Purity Grade: 99.9% LuH₃.

• Ultra-High-Purity Grade: 99.99% or 99.999%, subject to availability.

• Fine Powder Grade: Particle size specified by the customer.

• Custom Research Grade: Requirements for phase purity, hydrogen content, particle size, and packaging evaluated by quotation.

1. What is Lutetium (III) Hydride?

Lutetium (III) Hydride is a rare-earth hydride with the nominal formula LuH₃, also called lutetium trihydride.

2. What is the CAS number for LuH₃?

The commonly listed CAS number is 13598-44-2. Confirm the CAS number and phase with the supplier when specifying the material.

3. What purity levels are available?

Commercial listings include 99%, 99.9%, 99.99%, and 99.999% grades. Actual availability and the method used to determine purity should be confirmed with the supplier.

4. Can Lutetium (III) Hydride be supplied as a powder?

Yes. Powder is a listed supply form. Particle-size distribution, morphology, and packaging should be specified in the RFQ.

5. What is LuH₃ used for?

Potential research uses include rare-earth hydride studies, solid-state materials research, and investigations of magnetic and spectroscopic properties.

6. Can REG Metals provide a COA and SDS?

These documents can be requested during sourcing. For research requiring defined material composition, ask for phase identification, hydrogen content, elemental impurities, and particle-size data where applicable.