High-Concentration Multi-Walled Carbon Nanotube Water Suspension (~14wt%)

Product Overview

The high-concentration multi-walled carbon nanotube (MWCNT) water suspension is a water-based slurry containing a high concentration of multi-walled carbon nanotubes. It is synthesized using a chemical deposition method and exhibits excellent dispersion and high purity. This suspension is widely applied in composite materials, batteries, catalysis, and other fields, leveraging the exceptional properties of carbon nanotubes to enhance mechanical, electrical, and thermal performance. Its unique structure and superior properties make it highly suitable for advanced technological applications.

Key Features

• Outstanding Mechanical Properties: Multi-walled carbon nanotubes possess extremely high strength and toughness, with strength tens to hundreds of times that of steel.
• Excellent Electrical Properties: Suitable for various electronic devices and conductive materials, offering excellent conductivity.
• Superior Thermal Properties: Provides high thermal conductivity, enabling efficient heat transfer.
• Large Surface Area: Offers more active sites for adsorption and catalysis applications, enhancing catalytic efficiency.

Applications

• Composite Material Reinforcement: Incorporating multi-walled carbon nanotubes into plastics, rubber, metals, and other matrices significantly improves the mechanical properties of materials, especially in applications where carbon nanotubes are grafted onto carbon fibers to enhance interface interaction and composite material strength.
• Electronic Devices: Used in conductive inks, sensors, flexible displays, and other electronic devices, offering good conductivity.
• Electrode Materials: Utilized in lithium-ion batteries and supercapacitors to enhance energy storage and power output.
• Catalysts and Catalyst Supports: Serves as catalysts or catalyst supports to increase the efficiency of catalytic reactions, especially in acid-catalyzed reactions.
• Energy Sector: Applied in hydrogen storage materials, promoting hydrogen gas storage through its unique structure.
• Electromagnetic Wave Absorption Materials: Due to its electromagnetic wave absorption capabilities, it is used in military stealth and electromagnetic shielding applications.
• Biomedical Field: The hollow structure of carbon nanotubes makes them ideal drug carriers, enhancing drug delivery efficiency and enabling sustained release.
• Research Field: Widely used in nanomaterial research, assisting scientists in exploring the properties and potential applications of new materials.