Product Name
Name ：Thin layer Boron nitride nanoplates
Product Overview
Thin layer boron nitride nanosheets are composed of alternating boron and nitrogen atoms, forming a two-dimensional layered structure similar to graphene. Its basic structural unit is the most stable hexagonal ring structure in organic materials, which endows boron nitride nanosheets with extremely high mechanical strength and chemical stability. There are various methods for preparing thin layer boron nitride nanosheets, among which chemical vapor deposition (CVD) is a commonly used method. In addition, there are methods such as liquid-phase exfoliation, mechanical exfoliation, and intercalation exfoliation. In recent years, with the development of nanotechnology, some new preparation methods such as plasma assisted chemical vapor deposition and laser-induced chemical vapor deposition have gradually been applied to the preparation of thin layer boron nitride nanosheets. This product is prepared by ball milling method, with thin layers and good dispersibility.
Technical Parameter
Appearance：White or light yellow powder
Ingredient：h-BN
Diameter:-5um （SEM:/span>
Purity:0at% （EDS:/span>
Thickness:lt;5nm （AFM:/span>
Tap density:.1g-0.3g/cm3
Note: The product is prepared by ball grinding method and color is related to raw material, does not affect the use and detection.
Application Fields
Mechanical strength: Thin layer boron nitride nanosheets theoretically have extremely high mechanical strength and exhibit excellent mechanical properties.
Chemical stability: Boron nitride nanosheets are not prone to chemical reactions with other substances and remain stable at 900 ¡ãCin air, with extremely high thermal stability.
Thermal conductivity: Boron nitride nanosheets also have good thermal conductivity, making them an ideal choice for preparing high-performance thermal conductive materials.
Product Features
Electronics: Due to its two-dimensional structure and excellent electronic properties, boron nitride nanosheets can be used for applications such as nanoelectronic devices, transistors, and quantum dots.
Catalyst: Boron nitride nanosheets can be used as catalyst carriers for catalytic reactions and energy applications, improving catalytic efficiency and stability. Sensors, etc.
Coatings and lubricating materials: Due to their excellent mechanical properties, boron nitride nanosheets can be used to prepare coatings and lubricating materials, improve their wear resistance and friction performance, and extend the service life of equipment.
Related Information
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