This dispersion features lithium-intercalated MoWS2 nanosheets, uniformly suspended in water, ethanol, or isopropanol. The lithium intercalation step facilitates layer exfoliation, resulting in nanosheets with high monolayer content and excellent dispersibility. It is engineered for solution-based applications such as coating, printing, and film deposition.
Key Features
- High Monolayer Content: More than 70% of sheets are 1–5 layers thick.
- Controlled Flake Size: Predominantly 0.1–3 μm, ensuring uniform performance.
- Solvent Flexibility: Available in aqueous and organic media to match processing needs.
- Stable Colloidal System: Ideal for direct use in thin-film technologies and printable electronics.
Specifications
| Catalog Number | Parameters | Packaging | Diameter | Monolayer Rate | Thickness |
| GH-GLM044 | C: 1 mg/mL, water | 100 mL | 0.1–3 μm | ≥70% | 1–5 layers |
| GH-GLM045 | C: 1 mg/mL, water | 200 mL | 0.1–3 μm | ≥70% | 1–5 layers |
| GH-GLM046 | C: 1 mg/mL, water | 500 mL | 0.1–3 μm | ≥70% | 1–5 layers |
| GH-GLM047 | C: 1 mg/mL, EtOH | 200 mL | 0.1–3 μm | ≥70% | 1–5 layers |
| GH-GLM048 | C: 1 mg/mL, EtOH | 500 mL | 0.1–3 μm | ≥70% | 1–5 layers |
| GH-GLM049 | C: 1 mg/mL, IPA | 200 mL | 0.1–3 μm | ≥70% | 1–5 layers |
| GH-GLM050 | C: 1 mg/mL, IPA | 500 mL | 0.1–3 μm | ≥70% | 1–5 layers |
Application Areas
- Flexible Electronics: Enables inkjet or spray deposition for printed electronics.
- Electrodes: Suitable for uniform, thin, conductive films in energy devices.
- Sensors: Integrated into gas-sensing platforms for industrial monitoring.
- Photocatalysis: Effective in dispersed form for light-driven catalytic systems.
Take advantage of this high-performance dispersion—get in touch now to discuss your application needs.
