Gadolinium nanoparticles
Formula: Gd · SKU: CRM-GD-2235 · CAS: 7440-54-2
CRM produces monodisperse High Purity Gadolinium Nanoparticles (Gd) (CAS: 7440-54-2) via plasma arc vaporization, laser pyrolysis, or controlled wet-chemical synthesis. Characterized by narrow particle size distribution, high specific surface area (BET), and 3N5 (99.95%), 4N (99.99%) chemical purity. Available as 20–40 nm Nanopowder; 50–100 nm Nanopowder; Aqueous / Organic Nano-Dispersion Suspension with TEM/SEM morphology and XRD phase reports.
Confirming your specification
Share the impurity limits, dimensional tolerances, backing plate configuration, and analytical reports required for your process. We will confirm the available specification, lead time, and lot documentation with your quotation.
Selected options are carried over to your inquiry list. Choose your quantity and unit above, then specify target dimensions, tolerances, or backing plate preferences on the inquiry page. Mechanical drawings can be sent by email.
Documentation & engineering support
Certificate of Analysis (COA)Request →Safety Data Sheet (SDS)Request →Custom specificationsRequest → Open stoichiometry & target mass calculators Calculators →Material specifications
| Chemical formula | Gd |
|---|---|
| Product code | CRM-GD-2235 · CAS 7440-54-2 |
| Product type | Powders |
| Material family | Nanomaterials / Rare-earth materials / Elemental materials |
| Elements | Gd ↗ |
| Purity grades | 3N5 (99.95%), 4N (99.99%) |
|---|---|
| Listed forms | 20–40 nm nanopowder · 50–100 nm nanopowder · Aqueous / organic nano-dispersion suspension |
| Reference starter spec | Quote on Request (RFQ) · Standard 50 g ultrafine / nanopowder research pack |
| Application guidance | Conductive inks, nano-silver/copper sintering pastes & flexible electronics; Heterogeneous catalysis, photocatalysis & fuel cell electrocatalysts; Nanocomposite reinforcement, thermal interface materials & biomedical research; Low-temperature sintering additives & functional surface coatings |
For multi-element alloys and compounds, please specify whether composition ratios are in atomic percent (at%) or weight percent (wt%).
