Few-layer MoS2 dispersionconcentration0.1 mg/mL(Send original solution)

Product Overview
This product is a low-concentration dispersion of few-layer molybdenum disulfide (MoS₂) nanosheets, featuring a well-defined 1-10 layer structure with graphene-like two-dimensional morphology. The material predominantly consists of the stable 2H phase crystalline structure, characterized by its unique hexagonal sandwich configuration. Prepared via lithium intercalation methodology, this dispersion undergoes ultrasonic exfoliation to achieve optimal layer separation while maintaining a 1T-2H hybrid crystal structure with approximately 60% 1T phase content (batch-dependent variation).

Specifications

• Concentration: 0.1 mg/mL

• Flake Diameter: 0.2-5 μm

• Number of Layers: 1-10

• Thickness: 1-8 nm

• Solvent: Water or Ethanol

• Stabilizer: LiOH

• Preparation Method: Ultrasonic processing from MJ140 powder

• Crystal Phase: 1T-2H hybrid (≈60% 1T, batch-dependent)

Key Features

• Precise Layer Control: Engineered 1-10 layer structure ideal for fundamental research

• Low Concentration Format: Optimized for thin film deposition and sensitive applications

• Enhanced Catalytic Properties: High surface area with abundant active edge sites

• Superior Optical Characteristics: Strong visible-light absorption for photocatalytic uses

• Customizable Parameters: Adjustable flake dimensions available for specialized requirements

Applications

• Electronic Device Research: Transistor development and optoelectronic component fabrication

• Advanced Sensor Systems: Electrochemical biosensing platforms for biological detection

• Energy Storage Solutions: Anode material research for lithium-ion battery optimization

• Catalytic Applications: Hydrogen production and environmental remediation processes

• Biomedical Research: Photothermal therapy studies and drug delivery system development

Usage Guidelines

• Employ ultrathin microgrids for TEM analysis to resolve layered nanostructures

• Maintain inert atmosphere storage conditions to prevent oxidative degradation

• Remove LiOH stabilizer via centrifugation when required for specific applications

• Note that freeze-dried powders exhibit reduced redispersibility compared to liquid dispersions

Contact Information
For technical specifications and custom order inquiries:
Email: sales@maxnanotech.com