Lithium intercalated MoWS2 powder is a dry-form exfoliated 2D material obtained through lithium ion intercalation followed by freeze-drying. This process enables efficient separation of the layers, yielding nanosheets with a high monolayer content. The powder form ensures convenient handling and scalability for composite integration and solid-state processing.
Key Features
- High Monolayer Yield: Over 70% of the flakes are 1–5 layers thick.
- Enhanced Reactivity: Interlayer expansion improves catalytic and electronic performance.
- Dry-State Format: Ideal for dry blending, film casting, or composite compounding.
- Lateral Dimensions: Particle sizes range from 0.1 to 3 μm, suitable for multifunctional uses.
Specifications
| Catalog Number | Diameter | Weight | Monolayer Rate | Thickness |
| GH-GLM041 | 0.1–3 μm | 500 mg | ≥70% | 1–5 layers |
| GH-GLM042 | 0.1–3 μm | 200 mg | ≥70% | 1–5 layers |
| GH-GLM043 | 0.1–3 μm | 100 mg | ≥70% | 1–5 layers |
Application Areas
- Batteries: Enhances conductivity and charge capacity in Li-ion and Na-ion batteries.
- Catalytic Systems: Active phase for hydrodesulfurization and hydrogenation reactions.
- Advanced Composites: Filler in conductive plastics and structural nanocomposites.
- Thermal Materials: Facilitates heat dissipation in compact electronics.
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