Diamond Nanosheet Dispersions

Product Overview
Diamond nanosheet dispersions are a high-dispersibility nanomaterial produced using the liquid-phase ultrasonic exfoliation method. They exhibit excellent chemical stability and superior mechanical, optical, and electrical properties. By employing ultrasonic exfoliation, bulk diamond is broken down into nanosheet structures in an appropriate solvent, and the nanosheets in the dispersion remain stable for an extended period. This material is widely used in composite materials, optics, and biomedical fields.

Key Features

• Excellent Dispersibility:By selecting the right dispersant and medium, the nanosheets are evenly dispersed in the liquid, preventing particle agglomeration.
• High Stability:The nanosheet particles in the dispersion remain stable for long periods without settling or stratifying.
• Unique Physical and Chemical Properties:Diamond nanosheets exhibit exceptional mechanical, optical, electrical, and chemical stability, which are effectively preserved and enhanced in the dispersion.

Applications

• Composite Material Reinforcement:Diamond nanosheet dispersions can be incorporated into resins, ceramics, and other matrices to significantly improve the mechanical properties, wear resistance, and thermal stability of the composite materials.
• Biomedical Field:Due to their excellent biocompatibility and chemical stability, diamond nanosheets are widely used in drug delivery, cell labeling, and biosensing applications.
• Optical Applications:Diamond nanosheets have superior optical properties, making them ideal for use in optical window materials. They provide high transparency across the ultraviolet to infrared light range, making them suitable for a variety of optical instruments and devices.