Small-diameter thin-layer MoS2 nanosheet powder((Send stock solution)
Price range: $354.17 through $1,125.00
High-purity Thin Layer MoS₂ Nano Powder, 20–500 nm flake size, 1–5 nm thickness. 1T-2H mixed-phase structure with high redispersibility and strong visible-light absorption. Ideal for high-mobility transistors, lithium-ion battery anodes, HER catalysis, and photothermal therapy.
Structure: 1T-2H hybrid phase
Packaging: Freeze-dried powder
Typical Applications: Flexible electronics, battery materials, hydrogen production catalysts, biomedical sensors
Email: sales@maxnanotech.com
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Product Overview
Thin Layer MoS₂ Nano Powder consists of two-dimensional molybdenum disulfide nanosheets with a graphene-like layered structure. MoS₂ exhibits three crystal phases (1T, 2H, 3R), with the stable 2H phase dominating in macroscopic materials. We produce this powder through a lithium intercalation method: using n-butyllithium to insert lithium ions between MoS₂ layers, forming an intercalation compound that expands in solvent and is exfoliated via ultrasonication before freeze-drying. The resulting nanosheets feature a 1T-2H mixed-phase structure with approximately 60% 1T phase content (batch-dependent).
Specifications
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Form: Black powder
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Flake Diameter: 20–500 nm
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Flake Thickness: 1–5 nm
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Preparation: Freeze-dried from MJ138 dispersion
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Crystal Phase: 1T-2H hybrid (≈60% 1T, batch-dependent)
Key Features
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High Redispersibility: Readily dispersible in water, ethanol, or DMF for various applications
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Abundant Active Sites: Large surface area ideal for catalysis and sensor development
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Strong Visible-Light Absorption: Suitable for photocatalytic hydrogen production and environmental remediation
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Tunable Morphology: Customizable flake dimensions available upon request
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Mixed-Phase Structure: Combines metallic (1T) and semiconducting (2H) properties
Applications
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Advanced Electronics: High-mobility transistors, flexible electronics, and integrated circuits
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Energy Storage: High-capacity anode material for lithium-ion batteries
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Catalysis: Hydrogen evolution reaction (HER) and hydrodesulfurization catalysts
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Biomedical Systems: Photothermal therapy agents and biosensor platforms
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Environmental Technology: Photocatalytic degradation of organic pollutants
Usage Guidelines
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For TEM imaging, use ultrathin microgrids to resolve layered structures clearly
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Powder can be redispersed in solvents; dispersion stability improves under inert atmosphere
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Contains trace LiOH stabilizer from synthesis process (removable by centrifugation)
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Store in sealed container to minimize oxidation and moisture absorption
Contact Us
For technical specifications or custom order inquiries:
Email: sales@maxnanotech.com
| Weight | 100 g |
|---|---|
| Dimensions | 30 × 20 × 20 mm |
| Specification | Flake Diameter: 20-500 nm; Thickness: 1-5 nm; Weight: 500 mg, Flake Diameter: 20-500 nm; Thickness: 1-5 nm; Weight: 1 g, Flake Diameter: 20-500 nm; Thickness: 1-5 nm; Weight: 250 mg |
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